Current AURA scope
See where this solution sits in the connected AURA workflow.
Open product context →Engineering solution
Screen the system before committing high-fidelity CFD and structural FE.
Reject weak bearing–shaft states, expose the worst operating corner, then carry the selected state into targeted external CFD and rotor/structural FE where higher-fidelity evidence can change the decision.
The engineering question
Which system candidate deserves high-fidelity verification—and what must the CFD, rotor FE or structural FE branch prove?
Inputs
- Performance requirement
- Allowed support architecture
- Available machine envelope
- Loads, speed and gas supply
- Known manufacturing limits
- Detailed-analysis decision target
Outputs
- One or more screened candidates
- Rejected-candidate reasons
- Static and rotor consequence summary
- Assumption and evidence record
- CAD/CFD/test acceptance questions
Decision basis
Fast bearing physics and beam/rotor FE reduce the candidate space. Detailed CFD and rotor/structural FE are then applied only to selected candidates under the same operating-state basis.
Typical commercial route
The Architecture Screen is the default route. A deeper Pilot is used when several candidates, complete machine configuration or validation planning must be developed.
Relevant proof path
Inspect the capability, evidence and expected handoff.
Public controlled case
Review a public record or technical basis relevant to this engineering question.
Open supporting material →Architecture Screen sample package
See how inputs, results, engineering basis and next action are presented.
Open sample output →Bring one defined requirement.
Start with a non-confidential fit check.
Need detailed flow or structural proof?
After the system candidate is selected, continue with the exact CFD, rotor/structural FE or test scope identified by the screen.