Hollow tube 1
Open straight tube, separately selectable; tube wall is the geometric boundary between bore and shell space. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Hollow tube 2
Open straight tube, separately selectable; tube wall is the geometric boundary between bore and shell space. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Hollow tube 3
Open straight tube, separately selectable; tube wall is the geometric boundary between bore and shell space. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Hollow tube 4
Open straight tube, separately selectable; tube wall is the geometric boundary between bore and shell space. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Hollow tube 5
Open straight tube, separately selectable; tube wall is the geometric boundary between bore and shell space. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Hollow tube 6
Open straight tube, separately selectable; tube wall is the geometric boundary between bore and shell space. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Hollow tube 7
Open straight tube, separately selectable; tube wall is the geometric boundary between bore and shell space. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Hollow tube 8
Open straight tube, separately selectable; tube wall is the geometric boundary between bore and shell space. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Hollow tube 9
Open straight tube, separately selectable; tube wall is the geometric boundary between bore and shell space. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Hollow tube 10
Open straight tube, separately selectable; tube wall is the geometric boundary between bore and shell space. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Hollow tube 11
Open straight tube, separately selectable; tube wall is the geometric boundary between bore and shell space. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Hollow tube 12
Open straight tube, separately selectable; tube wall is the geometric boundary between bore and shell space. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Hollow tube 13
Open straight tube, separately selectable; tube wall is the geometric boundary between bore and shell space. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Hollow tube 14
Open straight tube, separately selectable; tube wall is the geometric boundary between bore and shell space. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Hollow tube 15
Open straight tube, separately selectable; tube wall is the geometric boundary between bore and shell space. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Hollow tube 16
Open straight tube, separately selectable; tube wall is the geometric boundary between bore and shell space. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Hollow tube 17
Open straight tube, separately selectable; tube wall is the geometric boundary between bore and shell space. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Hollow tube 18
Open straight tube, separately selectable; tube wall is the geometric boundary between bore and shell space. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Hollow tube 19
Open straight tube, separately selectable; tube wall is the geometric boundary between bore and shell space. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Hollow tube 20
Open straight tube, separately selectable; tube wall is the geometric boundary between bore and shell space. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Hollow tube 21
Open straight tube, separately selectable; tube wall is the geometric boundary between bore and shell space. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Shell
Hollow cylindrical shell around the tube exteriors, with two real connection openings. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Left tube sheet
Separate tube sheet with twenty-one actual tube bores, four tie-rod holes and twelve edge joint holes. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Left shell joint flange
Separate annular shell-end joint with twelve actual stud bores. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Left channel joint flange
Separate annular channel joint with twelve actual stud bores. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Left shell gasket
Separate annular joint gasket marker; no qualified contact or compression. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Left channel gasket
Separate annular joint gasket marker; no qualified contact or compression. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Left body stud 1
Separate smooth joint stud through three drilled plates. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Left shell washer 1
Separate annular washer marker. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Left shell nut 1
Separate bored hexagonal nut marker, without threads or preload. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Left channel washer 1
Separate annular washer marker. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Left channel nut 1
Separate bored hexagonal nut marker, without threads or preload. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Left body stud 2
Separate smooth joint stud through three drilled plates. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Left shell washer 2
Separate annular washer marker. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Left shell nut 2
Separate bored hexagonal nut marker, without threads or preload. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Left channel washer 2
Separate annular washer marker. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Left channel nut 2
Separate bored hexagonal nut marker, without threads or preload. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Left body stud 3
Separate smooth joint stud through three drilled plates. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Left shell washer 3
Separate annular washer marker. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Left shell nut 3
Separate bored hexagonal nut marker, without threads or preload. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Left channel washer 3
Separate annular washer marker. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Left channel nut 3
Separate bored hexagonal nut marker, without threads or preload. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Left body stud 4
Separate smooth joint stud through three drilled plates. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Left shell washer 4
Separate annular washer marker. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Left shell nut 4
Separate bored hexagonal nut marker, without threads or preload. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Left channel washer 4
Separate annular washer marker. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Left channel nut 4
Separate bored hexagonal nut marker, without threads or preload. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Left body stud 5
Separate smooth joint stud through three drilled plates. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Left shell washer 5
Separate annular washer marker. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Left shell nut 5
Separate bored hexagonal nut marker, without threads or preload. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Left channel washer 5
Separate annular washer marker. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Left channel nut 5
Separate bored hexagonal nut marker, without threads or preload. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Left body stud 6
Separate smooth joint stud through three drilled plates. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Left shell washer 6
Separate annular washer marker. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Left shell nut 6
Separate bored hexagonal nut marker, without threads or preload. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Left channel washer 6
Separate annular washer marker. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Left channel nut 6
Separate bored hexagonal nut marker, without threads or preload. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Left body stud 7
Separate smooth joint stud through three drilled plates. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Left shell washer 7
Separate annular washer marker. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Left shell nut 7
Separate bored hexagonal nut marker, without threads or preload. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Left channel washer 7
Separate annular washer marker. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Left channel nut 7
Separate bored hexagonal nut marker, without threads or preload. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Left body stud 8
Separate smooth joint stud through three drilled plates. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Left shell washer 8
Separate annular washer marker. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Left shell nut 8
Separate bored hexagonal nut marker, without threads or preload. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Left channel washer 8
Separate annular washer marker. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Left channel nut 8
Separate bored hexagonal nut marker, without threads or preload. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Left body stud 9
Separate smooth joint stud through three drilled plates. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Left shell washer 9
Separate annular washer marker. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Left shell nut 9
Separate bored hexagonal nut marker, without threads or preload. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Left channel washer 9
Separate annular washer marker. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Left channel nut 9
Separate bored hexagonal nut marker, without threads or preload. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Left body stud 10
Separate smooth joint stud through three drilled plates. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Left shell washer 10
Separate annular washer marker. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Left shell nut 10
Separate bored hexagonal nut marker, without threads or preload. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Left channel washer 10
Separate annular washer marker. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Left channel nut 10
Separate bored hexagonal nut marker, without threads or preload. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Left body stud 11
Separate smooth joint stud through three drilled plates. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Left shell washer 11
Separate annular washer marker. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Left shell nut 11
Separate bored hexagonal nut marker, without threads or preload. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Left channel washer 11
Separate annular washer marker. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Left channel nut 11
Separate bored hexagonal nut marker, without threads or preload. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Left body stud 12
Separate smooth joint stud through three drilled plates. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Left shell washer 12
Separate annular washer marker. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Left shell nut 12
Separate bored hexagonal nut marker, without threads or preload. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Left channel washer 12
Separate annular washer marker. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Left channel nut 12
Separate bored hexagonal nut marker, without threads or preload. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Left end channel
Hollow unpartitioned end channel connecting the twenty-one open tube ends. No two-pass header or removable-bundle procedure. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Left channel head
Separate flat annular channel closure with an axial connection opening; no pressure-boundary design. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Right tube sheet
Separate tube sheet with twenty-one actual tube bores, four tie-rod holes and twelve edge joint holes. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Right shell joint flange
Separate annular shell-end joint with twelve actual stud bores. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Right channel joint flange
Separate annular channel joint with twelve actual stud bores. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Right shell gasket
Separate annular joint gasket marker; no qualified contact or compression. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Right channel gasket
Separate annular joint gasket marker; no qualified contact or compression. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Right body stud 1
Separate smooth joint stud through three drilled plates. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Right shell washer 1
Separate annular washer marker. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Right shell nut 1
Separate bored hexagonal nut marker, without threads or preload. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Right channel washer 1
Separate annular washer marker. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Right channel nut 1
Separate bored hexagonal nut marker, without threads or preload. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Right body stud 2
Separate smooth joint stud through three drilled plates. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Right shell washer 2
Separate annular washer marker. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Right shell nut 2
Separate bored hexagonal nut marker, without threads or preload. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Right channel washer 2
Separate annular washer marker. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Right channel nut 2
Separate bored hexagonal nut marker, without threads or preload. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Right body stud 3
Separate smooth joint stud through three drilled plates. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Right shell washer 3
Separate annular washer marker. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Right shell nut 3
Separate bored hexagonal nut marker, without threads or preload. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Right channel washer 3
Separate annular washer marker. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Right channel nut 3
Separate bored hexagonal nut marker, without threads or preload. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Right body stud 4
Separate smooth joint stud through three drilled plates. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Right shell washer 4
Separate annular washer marker. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Right shell nut 4
Separate bored hexagonal nut marker, without threads or preload. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Right channel washer 4
Separate annular washer marker. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Right channel nut 4
Separate bored hexagonal nut marker, without threads or preload. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Right body stud 5
Separate smooth joint stud through three drilled plates. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Right shell washer 5
Separate annular washer marker. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Right shell nut 5
Separate bored hexagonal nut marker, without threads or preload. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Right channel washer 5
Separate annular washer marker. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Right channel nut 5
Separate bored hexagonal nut marker, without threads or preload. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Right body stud 6
Separate smooth joint stud through three drilled plates. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Right shell washer 6
Separate annular washer marker. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Right shell nut 6
Separate bored hexagonal nut marker, without threads or preload. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Right channel washer 6
Separate annular washer marker. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Right channel nut 6
Separate bored hexagonal nut marker, without threads or preload. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Right body stud 7
Separate smooth joint stud through three drilled plates. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Right shell washer 7
Separate annular washer marker. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Right shell nut 7
Separate bored hexagonal nut marker, without threads or preload. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Right channel washer 7
Separate annular washer marker. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Right channel nut 7
Separate bored hexagonal nut marker, without threads or preload. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Right body stud 8
Separate smooth joint stud through three drilled plates. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Right shell washer 8
Separate annular washer marker. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Right shell nut 8
Separate bored hexagonal nut marker, without threads or preload. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Right channel washer 8
Separate annular washer marker. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Right channel nut 8
Separate bored hexagonal nut marker, without threads or preload. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Right body stud 9
Separate smooth joint stud through three drilled plates. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Right shell washer 9
Separate annular washer marker. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Right shell nut 9
Separate bored hexagonal nut marker, without threads or preload. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Right channel washer 9
Separate annular washer marker. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Right channel nut 9
Separate bored hexagonal nut marker, without threads or preload. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Right body stud 10
Separate smooth joint stud through three drilled plates. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Right shell washer 10
Separate annular washer marker. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Right shell nut 10
Separate bored hexagonal nut marker, without threads or preload. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Right channel washer 10
Separate annular washer marker. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Right channel nut 10
Separate bored hexagonal nut marker, without threads or preload. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Right body stud 11
Separate smooth joint stud through three drilled plates. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Right shell washer 11
Separate annular washer marker. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Right shell nut 11
Separate bored hexagonal nut marker, without threads or preload. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Right channel washer 11
Separate annular washer marker. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Right channel nut 11
Separate bored hexagonal nut marker, without threads or preload. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Right body stud 12
Separate smooth joint stud through three drilled plates. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Right shell washer 12
Separate annular washer marker. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Right shell nut 12
Separate bored hexagonal nut marker, without threads or preload. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Right channel washer 12
Separate annular washer marker. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Right channel nut 12
Separate bored hexagonal nut marker, without threads or preload. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Right end channel
Hollow unpartitioned end channel connecting the twenty-one open tube ends. No two-pass header or removable-bundle procedure. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Right channel head
Separate flat annular channel closure with an axial connection opening; no pressure-boundary design. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Segmental baffle 1
Separate segmental baffle with actual tube and tie-rod openings and an alternating top/bottom window. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Segmental baffle 2
Separate segmental baffle with actual tube and tie-rod openings and an alternating top/bottom window. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Segmental baffle 3
Separate segmental baffle with actual tube and tie-rod openings and an alternating top/bottom window. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Segmental baffle 4
Separate segmental baffle with actual tube and tie-rod openings and an alternating top/bottom window. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Segmental baffle 5
Separate segmental baffle with actual tube and tie-rod openings and an alternating top/bottom window. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Segmental baffle 6
Separate segmental baffle with actual tube and tie-rod openings and an alternating top/bottom window. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Bundle tie rod 1
Separate smooth rod passing through six baffles and both tube sheets. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Tie rod 1 spacer 1
Separate hollow spacer sleeve between neighbouring baffle faces, around a smooth tie rod. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Tie rod 1 spacer 2
Separate hollow spacer sleeve between neighbouring baffle faces, around a smooth tie rod. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Tie rod 1 spacer 3
Separate hollow spacer sleeve between neighbouring baffle faces, around a smooth tie rod. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Tie rod 1 spacer 4
Separate hollow spacer sleeve between neighbouring baffle faces, around a smooth tie rod. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Tie rod 1 spacer 5
Separate hollow spacer sleeve between neighbouring baffle faces, around a smooth tie rod. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Left tie washer 1
Separate tie-rod washer marker. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Left tie nut 1
Separate bored hexagonal tie-rod nut marker. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Right tie washer 1
Separate tie-rod washer marker. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Right tie nut 1
Separate bored hexagonal tie-rod nut marker. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Bundle tie rod 2
Separate smooth rod passing through six baffles and both tube sheets. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Tie rod 2 spacer 1
Separate hollow spacer sleeve between neighbouring baffle faces, around a smooth tie rod. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Tie rod 2 spacer 2
Separate hollow spacer sleeve between neighbouring baffle faces, around a smooth tie rod. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Tie rod 2 spacer 3
Separate hollow spacer sleeve between neighbouring baffle faces, around a smooth tie rod. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Tie rod 2 spacer 4
Separate hollow spacer sleeve between neighbouring baffle faces, around a smooth tie rod. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Tie rod 2 spacer 5
Separate hollow spacer sleeve between neighbouring baffle faces, around a smooth tie rod. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Left tie washer 2
Separate tie-rod washer marker. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Left tie nut 2
Separate bored hexagonal tie-rod nut marker. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Right tie washer 2
Separate tie-rod washer marker. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Right tie nut 2
Separate bored hexagonal tie-rod nut marker. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Bundle tie rod 3
Separate smooth rod passing through six baffles and both tube sheets. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Tie rod 3 spacer 1
Separate hollow spacer sleeve between neighbouring baffle faces, around a smooth tie rod. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Tie rod 3 spacer 2
Separate hollow spacer sleeve between neighbouring baffle faces, around a smooth tie rod. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Tie rod 3 spacer 3
Separate hollow spacer sleeve between neighbouring baffle faces, around a smooth tie rod. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Tie rod 3 spacer 4
Separate hollow spacer sleeve between neighbouring baffle faces, around a smooth tie rod. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Tie rod 3 spacer 5
Separate hollow spacer sleeve between neighbouring baffle faces, around a smooth tie rod. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Left tie washer 3
Separate tie-rod washer marker. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Left tie nut 3
Separate bored hexagonal tie-rod nut marker. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Right tie washer 3
Separate tie-rod washer marker. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Right tie nut 3
Separate bored hexagonal tie-rod nut marker. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Bundle tie rod 4
Separate smooth rod passing through six baffles and both tube sheets. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Tie rod 4 spacer 1
Separate hollow spacer sleeve between neighbouring baffle faces, around a smooth tie rod. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Tie rod 4 spacer 2
Separate hollow spacer sleeve between neighbouring baffle faces, around a smooth tie rod. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Tie rod 4 spacer 3
Separate hollow spacer sleeve between neighbouring baffle faces, around a smooth tie rod. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Tie rod 4 spacer 4
Separate hollow spacer sleeve between neighbouring baffle faces, around a smooth tie rod. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Tie rod 4 spacer 5
Separate hollow spacer sleeve between neighbouring baffle faces, around a smooth tie rod. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Left tie washer 4
Separate tie-rod washer marker. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Left tie nut 4
Separate bored hexagonal tie-rod nut marker. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Right tie washer 4
Separate tie-rod washer marker. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Right tie nut 4
Separate bored hexagonal tie-rod nut marker. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Tube-side inlet
Hollow connection identifying one of the two geometric passage regions; no flow direction, service or temperature data. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Tube-side inlet flange
Separate annular connection with six actual stud bores, no rated facing. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Tube-side inlet gasket
Separate gasket marker at the conceptual adjoining-pipe boundary; piping is absent. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Tube-side inlet stud 1
Separate smooth connection stud marker. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Tube-side inlet washer 1
Separate annular connection washer. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Tube-side inlet nut 1
Separate bored hexagonal connection nut. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Tube-side inlet stud 2
Separate smooth connection stud marker. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Tube-side inlet washer 2
Separate annular connection washer. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Tube-side inlet nut 2
Separate bored hexagonal connection nut. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Tube-side inlet stud 3
Separate smooth connection stud marker. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Tube-side inlet washer 3
Separate annular connection washer. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Tube-side inlet nut 3
Separate bored hexagonal connection nut. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Tube-side inlet stud 4
Separate smooth connection stud marker. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Tube-side inlet washer 4
Separate annular connection washer. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Tube-side inlet nut 4
Separate bored hexagonal connection nut. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Tube-side inlet stud 5
Separate smooth connection stud marker. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Tube-side inlet washer 5
Separate annular connection washer. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Tube-side inlet nut 5
Separate bored hexagonal connection nut. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Tube-side inlet stud 6
Separate smooth connection stud marker. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Tube-side inlet washer 6
Separate annular connection washer. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Tube-side inlet nut 6
Separate bored hexagonal connection nut. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Tube-side outlet
Hollow connection identifying one of the two geometric passage regions; no flow direction, service or temperature data. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Tube-side outlet flange
Separate annular connection with six actual stud bores, no rated facing. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Tube-side outlet gasket
Separate gasket marker at the conceptual adjoining-pipe boundary; piping is absent. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Tube-side outlet stud 1
Separate smooth connection stud marker. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Tube-side outlet washer 1
Separate annular connection washer. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Tube-side outlet nut 1
Separate bored hexagonal connection nut. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Tube-side outlet stud 2
Separate smooth connection stud marker. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Tube-side outlet washer 2
Separate annular connection washer. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Tube-side outlet nut 2
Separate bored hexagonal connection nut. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Tube-side outlet stud 3
Separate smooth connection stud marker. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Tube-side outlet washer 3
Separate annular connection washer. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Tube-side outlet nut 3
Separate bored hexagonal connection nut. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Tube-side outlet stud 4
Separate smooth connection stud marker. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Tube-side outlet washer 4
Separate annular connection washer. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Tube-side outlet nut 4
Separate bored hexagonal connection nut. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Tube-side outlet stud 5
Separate smooth connection stud marker. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Tube-side outlet washer 5
Separate annular connection washer. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Tube-side outlet nut 5
Separate bored hexagonal connection nut. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Tube-side outlet stud 6
Separate smooth connection stud marker. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Tube-side outlet washer 6
Separate annular connection washer. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Tube-side outlet nut 6
Separate bored hexagonal connection nut. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Shell-side inlet
Hollow connection identifying one of the two geometric passage regions; no flow direction, service or temperature data. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Shell-side inlet flange
Separate annular connection with six actual stud bores, no rated facing. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Shell-side inlet gasket
Separate gasket marker at the conceptual adjoining-pipe boundary; piping is absent. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Shell-side inlet stud 1
Separate smooth connection stud marker. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Shell-side inlet washer 1
Separate annular connection washer. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Shell-side inlet nut 1
Separate bored hexagonal connection nut. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Shell-side inlet stud 2
Separate smooth connection stud marker. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Shell-side inlet washer 2
Separate annular connection washer. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Shell-side inlet nut 2
Separate bored hexagonal connection nut. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Shell-side inlet stud 3
Separate smooth connection stud marker. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Shell-side inlet washer 3
Separate annular connection washer. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Shell-side inlet nut 3
Separate bored hexagonal connection nut. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Shell-side inlet stud 4
Separate smooth connection stud marker. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Shell-side inlet washer 4
Separate annular connection washer. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Shell-side inlet nut 4
Separate bored hexagonal connection nut. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Shell-side inlet stud 5
Separate smooth connection stud marker. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Shell-side inlet washer 5
Separate annular connection washer. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Shell-side inlet nut 5
Separate bored hexagonal connection nut. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Shell-side inlet stud 6
Separate smooth connection stud marker. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Shell-side inlet washer 6
Separate annular connection washer. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Shell-side inlet nut 6
Separate bored hexagonal connection nut. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Shell-side outlet
Hollow connection identifying one of the two geometric passage regions; no flow direction, service or temperature data. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Shell-side outlet flange
Separate annular connection with six actual stud bores, no rated facing. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Shell-side outlet gasket
Separate gasket marker at the conceptual adjoining-pipe boundary; piping is absent. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Shell-side outlet stud 1
Separate smooth connection stud marker. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Shell-side outlet washer 1
Separate annular connection washer. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Shell-side outlet nut 1
Separate bored hexagonal connection nut. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Shell-side outlet stud 2
Separate smooth connection stud marker. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Shell-side outlet washer 2
Separate annular connection washer. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Shell-side outlet nut 2
Separate bored hexagonal connection nut. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Shell-side outlet stud 3
Separate smooth connection stud marker. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Shell-side outlet washer 3
Separate annular connection washer. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Shell-side outlet nut 3
Separate bored hexagonal connection nut. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Shell-side outlet stud 4
Separate smooth connection stud marker. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Shell-side outlet washer 4
Separate annular connection washer. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Shell-side outlet nut 4
Separate bored hexagonal connection nut. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Shell-side outlet stud 5
Separate smooth connection stud marker. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Shell-side outlet washer 5
Separate annular connection washer. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Shell-side outlet nut 5
Separate bored hexagonal connection nut. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Shell-side outlet stud 6
Separate smooth connection stud marker. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Shell-side outlet washer 6
Separate annular connection washer. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Shell-side outlet nut 6
Separate bored hexagonal connection nut. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Saddle -1.5
Separate curved display support around the lower shell surface. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Saddle leg -1.5 / -0.52
Separate support-leg marker, no foundation or thermal-expansion design. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Saddle leg -1.5 / 0.52
Separate support-leg marker, no foundation or thermal-expansion design. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Saddle foot -1.5
Separate display footing with four geometric anchor holes; no anchors or foundation provided. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Saddle 1.5
Separate curved display support around the lower shell surface. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Saddle leg 1.5 / -0.52
Separate support-leg marker, no foundation or thermal-expansion design. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Saddle leg 1.5 / 0.52
Separate support-leg marker, no foundation or thermal-expansion design. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
Saddle foot 1.5
Separate display footing with four geometric anchor holes; no anchors or foundation provided. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction.
