Cyclone cylindrical wall
Hollow cylindrical enclosure with a true rectangular offset inlet opening. Invented static teaching geometry; no rated pressure, materials, erosion, particle capture, sizing, flow simulation or operating/maintenance procedure.
Cyclone conical wall
Tapered double-surface cone with open upper and lower ends. Invented static teaching geometry; no rated pressure, materials, erosion, particle capture, sizing, flow simulation or operating/maintenance procedure.
Offset tangential inlet duct
Open rectangular duct entering beside the cylindrical wall rather than through its centre. Tangential is a conceptual inlet arrangement, not a calculated inlet velocity or validated swirl field. Invented static teaching geometry; no rated pressure, materials, erosion, particle capture, sizing, flow simulation or operating/maintenance procedure.
Inlet rectangular flange
Separate flange with actual rectangular opening and eight bolt bores. Invented static teaching geometry; no rated pressure, materials, erosion, particle capture, sizing, flow simulation or operating/maintenance procedure.
Central vortex-finder tube
Hollow central gas-outlet extension descending below the top plate. Length and diameter are invented, with no short-circuiting or separation result. Invented static teaching geometry; no rated pressure, materials, erosion, particle capture, sizing, flow simulation or operating/maintenance procedure.
Top enclosure flange
Separate top flange retaining the cylindrical bore. Invented static teaching geometry; no rated pressure, materials, erosion, particle capture, sizing, flow simulation or operating/maintenance procedure.
Top cover plate
Separate annular top plate closing the enclosure outside the central outlet tube. Invented static teaching geometry; no rated pressure, materials, erosion, particle capture, sizing, flow simulation or operating/maintenance procedure.
Top boundary gasket
Separate perimeter seal marker; geometric overlap is not qualified contact or compression. Invented static teaching geometry; no rated pressure, materials, erosion, particle capture, sizing, flow simulation or operating/maintenance procedure.
Body cone upper flange
Upper member at the body/cone boundary. Invented static teaching geometry; no rated pressure, materials, erosion, particle capture, sizing, flow simulation or operating/maintenance procedure.
Body cone lower flange
Lower member at the body/cone boundary. Invented static teaching geometry; no rated pressure, materials, erosion, particle capture, sizing, flow simulation or operating/maintenance procedure.
Body cone gasket marker
Separate boundary marker between cylindrical and conical regions. Invented static teaching geometry; no rated pressure, materials, erosion, particle capture, sizing, flow simulation or operating/maintenance procedure.
Gas outlet flange
Open gas-outlet boundary with eight drilled fastener bores; no downstream duct or fan. Invented static teaching geometry; no rated pressure, materials, erosion, particle capture, sizing, flow simulation or operating/maintenance procedure.
Solids outlet tube
Open lower solids boundary; hopper, discharge device, airlock and downstream handling are outside this concept. Invented static teaching geometry; no rated pressure, materials, erosion, particle capture, sizing, flow simulation or operating/maintenance procedure.
Solids outlet flange
Separate open lower flange with six drilled fastener bores. Invented static teaching geometry; no rated pressure, materials, erosion, particle capture, sizing, flow simulation or operating/maintenance procedure.
Top cover fastener 1 stud
Separate smooth fastener marker without a mating thread or preload. Invented static teaching geometry; no rated pressure, materials, erosion, particle capture, sizing, flow simulation or operating/maintenance procedure.
Top cover fastener 1 washer
Separate annular washer marker. Invented static teaching geometry; no rated pressure, materials, erosion, particle capture, sizing, flow simulation or operating/maintenance procedure.
Top cover fastener 1 nut
Separate bored hexagonal nut marker; no thread engagement or tightening sequence. Invented static teaching geometry; no rated pressure, materials, erosion, particle capture, sizing, flow simulation or operating/maintenance procedure.
Top cover fastener 2 stud
Separate smooth fastener marker without a mating thread or preload. Invented static teaching geometry; no rated pressure, materials, erosion, particle capture, sizing, flow simulation or operating/maintenance procedure.
Top cover fastener 2 washer
Separate annular washer marker. Invented static teaching geometry; no rated pressure, materials, erosion, particle capture, sizing, flow simulation or operating/maintenance procedure.
Top cover fastener 2 nut
Separate bored hexagonal nut marker; no thread engagement or tightening sequence. Invented static teaching geometry; no rated pressure, materials, erosion, particle capture, sizing, flow simulation or operating/maintenance procedure.
Top cover fastener 3 stud
Separate smooth fastener marker without a mating thread or preload. Invented static teaching geometry; no rated pressure, materials, erosion, particle capture, sizing, flow simulation or operating/maintenance procedure.
Top cover fastener 3 washer
Separate annular washer marker. Invented static teaching geometry; no rated pressure, materials, erosion, particle capture, sizing, flow simulation or operating/maintenance procedure.
Top cover fastener 3 nut
Separate bored hexagonal nut marker; no thread engagement or tightening sequence. Invented static teaching geometry; no rated pressure, materials, erosion, particle capture, sizing, flow simulation or operating/maintenance procedure.
Top cover fastener 4 stud
Separate smooth fastener marker without a mating thread or preload. Invented static teaching geometry; no rated pressure, materials, erosion, particle capture, sizing, flow simulation or operating/maintenance procedure.
Top cover fastener 4 washer
Separate annular washer marker. Invented static teaching geometry; no rated pressure, materials, erosion, particle capture, sizing, flow simulation or operating/maintenance procedure.
Top cover fastener 4 nut
Separate bored hexagonal nut marker; no thread engagement or tightening sequence. Invented static teaching geometry; no rated pressure, materials, erosion, particle capture, sizing, flow simulation or operating/maintenance procedure.
Top cover fastener 5 stud
Separate smooth fastener marker without a mating thread or preload. Invented static teaching geometry; no rated pressure, materials, erosion, particle capture, sizing, flow simulation or operating/maintenance procedure.
Top cover fastener 5 washer
Separate annular washer marker. Invented static teaching geometry; no rated pressure, materials, erosion, particle capture, sizing, flow simulation or operating/maintenance procedure.
Top cover fastener 5 nut
Separate bored hexagonal nut marker; no thread engagement or tightening sequence. Invented static teaching geometry; no rated pressure, materials, erosion, particle capture, sizing, flow simulation or operating/maintenance procedure.
Top cover fastener 6 stud
Separate smooth fastener marker without a mating thread or preload. Invented static teaching geometry; no rated pressure, materials, erosion, particle capture, sizing, flow simulation or operating/maintenance procedure.
Top cover fastener 6 washer
Separate annular washer marker. Invented static teaching geometry; no rated pressure, materials, erosion, particle capture, sizing, flow simulation or operating/maintenance procedure.
Top cover fastener 6 nut
Separate bored hexagonal nut marker; no thread engagement or tightening sequence. Invented static teaching geometry; no rated pressure, materials, erosion, particle capture, sizing, flow simulation or operating/maintenance procedure.
Top cover fastener 7 stud
Separate smooth fastener marker without a mating thread or preload. Invented static teaching geometry; no rated pressure, materials, erosion, particle capture, sizing, flow simulation or operating/maintenance procedure.
Top cover fastener 7 washer
Separate annular washer marker. Invented static teaching geometry; no rated pressure, materials, erosion, particle capture, sizing, flow simulation or operating/maintenance procedure.
Top cover fastener 7 nut
Separate bored hexagonal nut marker; no thread engagement or tightening sequence. Invented static teaching geometry; no rated pressure, materials, erosion, particle capture, sizing, flow simulation or operating/maintenance procedure.
Top cover fastener 8 stud
Separate smooth fastener marker without a mating thread or preload. Invented static teaching geometry; no rated pressure, materials, erosion, particle capture, sizing, flow simulation or operating/maintenance procedure.
Top cover fastener 8 washer
Separate annular washer marker. Invented static teaching geometry; no rated pressure, materials, erosion, particle capture, sizing, flow simulation or operating/maintenance procedure.
Top cover fastener 8 nut
Separate bored hexagonal nut marker; no thread engagement or tightening sequence. Invented static teaching geometry; no rated pressure, materials, erosion, particle capture, sizing, flow simulation or operating/maintenance procedure.
Body cone fastener 1 stud
Separate smooth fastener marker without a mating thread or preload. Invented static teaching geometry; no rated pressure, materials, erosion, particle capture, sizing, flow simulation or operating/maintenance procedure.
Body cone fastener 1 washer
Separate annular washer marker. Invented static teaching geometry; no rated pressure, materials, erosion, particle capture, sizing, flow simulation or operating/maintenance procedure.
Body cone fastener 1 nut
Separate bored hexagonal nut marker; no thread engagement or tightening sequence. Invented static teaching geometry; no rated pressure, materials, erosion, particle capture, sizing, flow simulation or operating/maintenance procedure.
Body cone fastener 2 stud
Separate smooth fastener marker without a mating thread or preload. Invented static teaching geometry; no rated pressure, materials, erosion, particle capture, sizing, flow simulation or operating/maintenance procedure.
Body cone fastener 2 washer
Separate annular washer marker. Invented static teaching geometry; no rated pressure, materials, erosion, particle capture, sizing, flow simulation or operating/maintenance procedure.
Body cone fastener 2 nut
Separate bored hexagonal nut marker; no thread engagement or tightening sequence. Invented static teaching geometry; no rated pressure, materials, erosion, particle capture, sizing, flow simulation or operating/maintenance procedure.
Body cone fastener 3 stud
Separate smooth fastener marker without a mating thread or preload. Invented static teaching geometry; no rated pressure, materials, erosion, particle capture, sizing, flow simulation or operating/maintenance procedure.
Body cone fastener 3 washer
Separate annular washer marker. Invented static teaching geometry; no rated pressure, materials, erosion, particle capture, sizing, flow simulation or operating/maintenance procedure.
Body cone fastener 3 nut
Separate bored hexagonal nut marker; no thread engagement or tightening sequence. Invented static teaching geometry; no rated pressure, materials, erosion, particle capture, sizing, flow simulation or operating/maintenance procedure.
Body cone fastener 4 stud
Separate smooth fastener marker without a mating thread or preload. Invented static teaching geometry; no rated pressure, materials, erosion, particle capture, sizing, flow simulation or operating/maintenance procedure.
Body cone fastener 4 washer
Separate annular washer marker. Invented static teaching geometry; no rated pressure, materials, erosion, particle capture, sizing, flow simulation or operating/maintenance procedure.
Body cone fastener 4 nut
Separate bored hexagonal nut marker; no thread engagement or tightening sequence. Invented static teaching geometry; no rated pressure, materials, erosion, particle capture, sizing, flow simulation or operating/maintenance procedure.
Body cone fastener 5 stud
Separate smooth fastener marker without a mating thread or preload. Invented static teaching geometry; no rated pressure, materials, erosion, particle capture, sizing, flow simulation or operating/maintenance procedure.
Body cone fastener 5 washer
Separate annular washer marker. Invented static teaching geometry; no rated pressure, materials, erosion, particle capture, sizing, flow simulation or operating/maintenance procedure.
Body cone fastener 5 nut
Separate bored hexagonal nut marker; no thread engagement or tightening sequence. Invented static teaching geometry; no rated pressure, materials, erosion, particle capture, sizing, flow simulation or operating/maintenance procedure.
Body cone fastener 6 stud
Separate smooth fastener marker without a mating thread or preload. Invented static teaching geometry; no rated pressure, materials, erosion, particle capture, sizing, flow simulation or operating/maintenance procedure.
Body cone fastener 6 washer
Separate annular washer marker. Invented static teaching geometry; no rated pressure, materials, erosion, particle capture, sizing, flow simulation or operating/maintenance procedure.
Body cone fastener 6 nut
Separate bored hexagonal nut marker; no thread engagement or tightening sequence. Invented static teaching geometry; no rated pressure, materials, erosion, particle capture, sizing, flow simulation or operating/maintenance procedure.
Body cone fastener 7 stud
Separate smooth fastener marker without a mating thread or preload. Invented static teaching geometry; no rated pressure, materials, erosion, particle capture, sizing, flow simulation or operating/maintenance procedure.
Body cone fastener 7 washer
Separate annular washer marker. Invented static teaching geometry; no rated pressure, materials, erosion, particle capture, sizing, flow simulation or operating/maintenance procedure.
Body cone fastener 7 nut
Separate bored hexagonal nut marker; no thread engagement or tightening sequence. Invented static teaching geometry; no rated pressure, materials, erosion, particle capture, sizing, flow simulation or operating/maintenance procedure.
Body cone fastener 8 stud
Separate smooth fastener marker without a mating thread or preload. Invented static teaching geometry; no rated pressure, materials, erosion, particle capture, sizing, flow simulation or operating/maintenance procedure.
Body cone fastener 8 washer
Separate annular washer marker. Invented static teaching geometry; no rated pressure, materials, erosion, particle capture, sizing, flow simulation or operating/maintenance procedure.
Body cone fastener 8 nut
Separate bored hexagonal nut marker; no thread engagement or tightening sequence. Invented static teaching geometry; no rated pressure, materials, erosion, particle capture, sizing, flow simulation or operating/maintenance procedure.
Gas outlet fastener 1 stud
Separate smooth fastener marker without a mating thread or preload. Invented static teaching geometry; no rated pressure, materials, erosion, particle capture, sizing, flow simulation or operating/maintenance procedure.
Gas outlet fastener 1 washer
Separate annular washer marker. Invented static teaching geometry; no rated pressure, materials, erosion, particle capture, sizing, flow simulation or operating/maintenance procedure.
Gas outlet fastener 1 nut
Separate bored hexagonal nut marker; no thread engagement or tightening sequence. Invented static teaching geometry; no rated pressure, materials, erosion, particle capture, sizing, flow simulation or operating/maintenance procedure.
Gas outlet fastener 2 stud
Separate smooth fastener marker without a mating thread or preload. Invented static teaching geometry; no rated pressure, materials, erosion, particle capture, sizing, flow simulation or operating/maintenance procedure.
Gas outlet fastener 2 washer
Separate annular washer marker. Invented static teaching geometry; no rated pressure, materials, erosion, particle capture, sizing, flow simulation or operating/maintenance procedure.
Gas outlet fastener 2 nut
Separate bored hexagonal nut marker; no thread engagement or tightening sequence. Invented static teaching geometry; no rated pressure, materials, erosion, particle capture, sizing, flow simulation or operating/maintenance procedure.
Gas outlet fastener 3 stud
Separate smooth fastener marker without a mating thread or preload. Invented static teaching geometry; no rated pressure, materials, erosion, particle capture, sizing, flow simulation or operating/maintenance procedure.
Gas outlet fastener 3 washer
Separate annular washer marker. Invented static teaching geometry; no rated pressure, materials, erosion, particle capture, sizing, flow simulation or operating/maintenance procedure.
Gas outlet fastener 3 nut
Separate bored hexagonal nut marker; no thread engagement or tightening sequence. Invented static teaching geometry; no rated pressure, materials, erosion, particle capture, sizing, flow simulation or operating/maintenance procedure.
Gas outlet fastener 4 stud
Separate smooth fastener marker without a mating thread or preload. Invented static teaching geometry; no rated pressure, materials, erosion, particle capture, sizing, flow simulation or operating/maintenance procedure.
Gas outlet fastener 4 washer
Separate annular washer marker. Invented static teaching geometry; no rated pressure, materials, erosion, particle capture, sizing, flow simulation or operating/maintenance procedure.
Gas outlet fastener 4 nut
Separate bored hexagonal nut marker; no thread engagement or tightening sequence. Invented static teaching geometry; no rated pressure, materials, erosion, particle capture, sizing, flow simulation or operating/maintenance procedure.
Gas outlet fastener 5 stud
Separate smooth fastener marker without a mating thread or preload. Invented static teaching geometry; no rated pressure, materials, erosion, particle capture, sizing, flow simulation or operating/maintenance procedure.
Gas outlet fastener 5 washer
Separate annular washer marker. Invented static teaching geometry; no rated pressure, materials, erosion, particle capture, sizing, flow simulation or operating/maintenance procedure.
Gas outlet fastener 5 nut
Separate bored hexagonal nut marker; no thread engagement or tightening sequence. Invented static teaching geometry; no rated pressure, materials, erosion, particle capture, sizing, flow simulation or operating/maintenance procedure.
Gas outlet fastener 6 stud
Separate smooth fastener marker without a mating thread or preload. Invented static teaching geometry; no rated pressure, materials, erosion, particle capture, sizing, flow simulation or operating/maintenance procedure.
Gas outlet fastener 6 washer
Separate annular washer marker. Invented static teaching geometry; no rated pressure, materials, erosion, particle capture, sizing, flow simulation or operating/maintenance procedure.
Gas outlet fastener 6 nut
Separate bored hexagonal nut marker; no thread engagement or tightening sequence. Invented static teaching geometry; no rated pressure, materials, erosion, particle capture, sizing, flow simulation or operating/maintenance procedure.
Gas outlet fastener 7 stud
Separate smooth fastener marker without a mating thread or preload. Invented static teaching geometry; no rated pressure, materials, erosion, particle capture, sizing, flow simulation or operating/maintenance procedure.
Gas outlet fastener 7 washer
Separate annular washer marker. Invented static teaching geometry; no rated pressure, materials, erosion, particle capture, sizing, flow simulation or operating/maintenance procedure.
Gas outlet fastener 7 nut
Separate bored hexagonal nut marker; no thread engagement or tightening sequence. Invented static teaching geometry; no rated pressure, materials, erosion, particle capture, sizing, flow simulation or operating/maintenance procedure.
Gas outlet fastener 8 stud
Separate smooth fastener marker without a mating thread or preload. Invented static teaching geometry; no rated pressure, materials, erosion, particle capture, sizing, flow simulation or operating/maintenance procedure.
Gas outlet fastener 8 washer
Separate annular washer marker. Invented static teaching geometry; no rated pressure, materials, erosion, particle capture, sizing, flow simulation or operating/maintenance procedure.
Gas outlet fastener 8 nut
Separate bored hexagonal nut marker; no thread engagement or tightening sequence. Invented static teaching geometry; no rated pressure, materials, erosion, particle capture, sizing, flow simulation or operating/maintenance procedure.
Solids outlet fastener 1 stud
Separate smooth fastener marker without a mating thread or preload. Invented static teaching geometry; no rated pressure, materials, erosion, particle capture, sizing, flow simulation or operating/maintenance procedure.
Solids outlet fastener 1 washer
Separate annular washer marker. Invented static teaching geometry; no rated pressure, materials, erosion, particle capture, sizing, flow simulation or operating/maintenance procedure.
Solids outlet fastener 1 nut
Separate bored hexagonal nut marker; no thread engagement or tightening sequence. Invented static teaching geometry; no rated pressure, materials, erosion, particle capture, sizing, flow simulation or operating/maintenance procedure.
Solids outlet fastener 2 stud
Separate smooth fastener marker without a mating thread or preload. Invented static teaching geometry; no rated pressure, materials, erosion, particle capture, sizing, flow simulation or operating/maintenance procedure.
Solids outlet fastener 2 washer
Separate annular washer marker. Invented static teaching geometry; no rated pressure, materials, erosion, particle capture, sizing, flow simulation or operating/maintenance procedure.
Solids outlet fastener 2 nut
Separate bored hexagonal nut marker; no thread engagement or tightening sequence. Invented static teaching geometry; no rated pressure, materials, erosion, particle capture, sizing, flow simulation or operating/maintenance procedure.
Solids outlet fastener 3 stud
Separate smooth fastener marker without a mating thread or preload. Invented static teaching geometry; no rated pressure, materials, erosion, particle capture, sizing, flow simulation or operating/maintenance procedure.
Solids outlet fastener 3 washer
Separate annular washer marker. Invented static teaching geometry; no rated pressure, materials, erosion, particle capture, sizing, flow simulation or operating/maintenance procedure.
Solids outlet fastener 3 nut
Separate bored hexagonal nut marker; no thread engagement or tightening sequence. Invented static teaching geometry; no rated pressure, materials, erosion, particle capture, sizing, flow simulation or operating/maintenance procedure.
Solids outlet fastener 4 stud
Separate smooth fastener marker without a mating thread or preload. Invented static teaching geometry; no rated pressure, materials, erosion, particle capture, sizing, flow simulation or operating/maintenance procedure.
Solids outlet fastener 4 washer
Separate annular washer marker. Invented static teaching geometry; no rated pressure, materials, erosion, particle capture, sizing, flow simulation or operating/maintenance procedure.
Solids outlet fastener 4 nut
Separate bored hexagonal nut marker; no thread engagement or tightening sequence. Invented static teaching geometry; no rated pressure, materials, erosion, particle capture, sizing, flow simulation or operating/maintenance procedure.
Solids outlet fastener 5 stud
Separate smooth fastener marker without a mating thread or preload. Invented static teaching geometry; no rated pressure, materials, erosion, particle capture, sizing, flow simulation or operating/maintenance procedure.
Solids outlet fastener 5 washer
Separate annular washer marker. Invented static teaching geometry; no rated pressure, materials, erosion, particle capture, sizing, flow simulation or operating/maintenance procedure.
Solids outlet fastener 5 nut
Separate bored hexagonal nut marker; no thread engagement or tightening sequence. Invented static teaching geometry; no rated pressure, materials, erosion, particle capture, sizing, flow simulation or operating/maintenance procedure.
Solids outlet fastener 6 stud
Separate smooth fastener marker without a mating thread or preload. Invented static teaching geometry; no rated pressure, materials, erosion, particle capture, sizing, flow simulation or operating/maintenance procedure.
Solids outlet fastener 6 washer
Separate annular washer marker. Invented static teaching geometry; no rated pressure, materials, erosion, particle capture, sizing, flow simulation or operating/maintenance procedure.
Solids outlet fastener 6 nut
Separate bored hexagonal nut marker; no thread engagement or tightening sequence. Invented static teaching geometry; no rated pressure, materials, erosion, particle capture, sizing, flow simulation or operating/maintenance procedure.
Inlet fastener 1 stud
Separate smooth fastener marker without a mating thread or preload. Invented static teaching geometry; no rated pressure, materials, erosion, particle capture, sizing, flow simulation or operating/maintenance procedure.
Inlet fastener 1 washer
Separate annular washer marker. Invented static teaching geometry; no rated pressure, materials, erosion, particle capture, sizing, flow simulation or operating/maintenance procedure.
Inlet fastener 1 nut
Separate bored hexagonal nut marker; no thread engagement or tightening sequence. Invented static teaching geometry; no rated pressure, materials, erosion, particle capture, sizing, flow simulation or operating/maintenance procedure.
Inlet fastener 2 stud
Separate smooth fastener marker without a mating thread or preload. Invented static teaching geometry; no rated pressure, materials, erosion, particle capture, sizing, flow simulation or operating/maintenance procedure.
Inlet fastener 2 washer
Separate annular washer marker. Invented static teaching geometry; no rated pressure, materials, erosion, particle capture, sizing, flow simulation or operating/maintenance procedure.
Inlet fastener 2 nut
Separate bored hexagonal nut marker; no thread engagement or tightening sequence. Invented static teaching geometry; no rated pressure, materials, erosion, particle capture, sizing, flow simulation or operating/maintenance procedure.
Inlet fastener 3 stud
Separate smooth fastener marker without a mating thread or preload. Invented static teaching geometry; no rated pressure, materials, erosion, particle capture, sizing, flow simulation or operating/maintenance procedure.
Inlet fastener 3 washer
Separate annular washer marker. Invented static teaching geometry; no rated pressure, materials, erosion, particle capture, sizing, flow simulation or operating/maintenance procedure.
Inlet fastener 3 nut
Separate bored hexagonal nut marker; no thread engagement or tightening sequence. Invented static teaching geometry; no rated pressure, materials, erosion, particle capture, sizing, flow simulation or operating/maintenance procedure.
Inlet fastener 4 stud
Separate smooth fastener marker without a mating thread or preload. Invented static teaching geometry; no rated pressure, materials, erosion, particle capture, sizing, flow simulation or operating/maintenance procedure.
Inlet fastener 4 washer
Separate annular washer marker. Invented static teaching geometry; no rated pressure, materials, erosion, particle capture, sizing, flow simulation or operating/maintenance procedure.
Inlet fastener 4 nut
Separate bored hexagonal nut marker; no thread engagement or tightening sequence. Invented static teaching geometry; no rated pressure, materials, erosion, particle capture, sizing, flow simulation or operating/maintenance procedure.
Inlet fastener 5 stud
Separate smooth fastener marker without a mating thread or preload. Invented static teaching geometry; no rated pressure, materials, erosion, particle capture, sizing, flow simulation or operating/maintenance procedure.
Inlet fastener 5 washer
Separate annular washer marker. Invented static teaching geometry; no rated pressure, materials, erosion, particle capture, sizing, flow simulation or operating/maintenance procedure.
Inlet fastener 5 nut
Separate bored hexagonal nut marker; no thread engagement or tightening sequence. Invented static teaching geometry; no rated pressure, materials, erosion, particle capture, sizing, flow simulation or operating/maintenance procedure.
Inlet fastener 6 stud
Separate smooth fastener marker without a mating thread or preload. Invented static teaching geometry; no rated pressure, materials, erosion, particle capture, sizing, flow simulation or operating/maintenance procedure.
Inlet fastener 6 washer
Separate annular washer marker. Invented static teaching geometry; no rated pressure, materials, erosion, particle capture, sizing, flow simulation or operating/maintenance procedure.
Inlet fastener 6 nut
Separate bored hexagonal nut marker; no thread engagement or tightening sequence. Invented static teaching geometry; no rated pressure, materials, erosion, particle capture, sizing, flow simulation or operating/maintenance procedure.
Inlet fastener 7 stud
Separate smooth fastener marker without a mating thread or preload. Invented static teaching geometry; no rated pressure, materials, erosion, particle capture, sizing, flow simulation or operating/maintenance procedure.
Inlet fastener 7 washer
Separate annular washer marker. Invented static teaching geometry; no rated pressure, materials, erosion, particle capture, sizing, flow simulation or operating/maintenance procedure.
Inlet fastener 7 nut
Separate bored hexagonal nut marker; no thread engagement or tightening sequence. Invented static teaching geometry; no rated pressure, materials, erosion, particle capture, sizing, flow simulation or operating/maintenance procedure.
Inlet fastener 8 stud
Separate smooth fastener marker without a mating thread or preload. Invented static teaching geometry; no rated pressure, materials, erosion, particle capture, sizing, flow simulation or operating/maintenance procedure.
Inlet fastener 8 washer
Separate annular washer marker. Invented static teaching geometry; no rated pressure, materials, erosion, particle capture, sizing, flow simulation or operating/maintenance procedure.
Inlet fastener 8 nut
Separate bored hexagonal nut marker; no thread engagement or tightening sequence. Invented static teaching geometry; no rated pressure, materials, erosion, particle capture, sizing, flow simulation or operating/maintenance procedure.
Support leg 1
Separate support leg marker; no structural or foundation calculation. Invented static teaching geometry; no rated pressure, materials, erosion, particle capture, sizing, flow simulation or operating/maintenance procedure.
Support bracket 1
Radial attachment marker between enclosure and leg. Invented static teaching geometry; no rated pressure, materials, erosion, particle capture, sizing, flow simulation or operating/maintenance procedure.
Support foot 1
Separate foot with four true anchor openings; anchors and foundation absent. Invented static teaching geometry; no rated pressure, materials, erosion, particle capture, sizing, flow simulation or operating/maintenance procedure.
Support leg 2
Separate support leg marker; no structural or foundation calculation. Invented static teaching geometry; no rated pressure, materials, erosion, particle capture, sizing, flow simulation or operating/maintenance procedure.
Support bracket 2
Radial attachment marker between enclosure and leg. Invented static teaching geometry; no rated pressure, materials, erosion, particle capture, sizing, flow simulation or operating/maintenance procedure.
Support foot 2
Separate foot with four true anchor openings; anchors and foundation absent. Invented static teaching geometry; no rated pressure, materials, erosion, particle capture, sizing, flow simulation or operating/maintenance procedure.
Support leg 3
Separate support leg marker; no structural or foundation calculation. Invented static teaching geometry; no rated pressure, materials, erosion, particle capture, sizing, flow simulation or operating/maintenance procedure.
Support bracket 3
Radial attachment marker between enclosure and leg. Invented static teaching geometry; no rated pressure, materials, erosion, particle capture, sizing, flow simulation or operating/maintenance procedure.
Support foot 3
Separate foot with four true anchor openings; anchors and foundation absent. Invented static teaching geometry; no rated pressure, materials, erosion, particle capture, sizing, flow simulation or operating/maintenance procedure.
Outer descending vortex marker
Original gold spiral annotation for the general outer descending relationship. It is not tubing, measured gas motion, particle trajectory or CFD. Invented static teaching geometry; no rated pressure, materials, erosion, particle capture, sizing, flow simulation or operating/maintenance procedure.
Inner ascending vortex marker
Original blue spiral annotation for the general inner ascending relationship toward the central outlet. It is not tubing, velocity, mass balance or a calculated vortex. Invented static teaching geometry; no rated pressure, materials, erosion, particle capture, sizing, flow simulation or operating/maintenance procedure.
Outer direction marker
Static annotation arrow for a general teaching relationship; no velocity or live flow. Invented static teaching geometry; no rated pressure, materials, erosion, particle capture, sizing, flow simulation or operating/maintenance procedure.
Inner direction marker
Static annotation arrow for a general teaching relationship; no velocity or live flow. Invented static teaching geometry; no rated pressure, materials, erosion, particle capture, sizing, flow simulation or operating/maintenance procedure.
