Define the state
Set the cavity geometry and material conditions.
Void evolution surrogate
Follow a growing defect. Predict the surrounding response.
A growing cavity changes the fields around it. Physics AI brings geometry, diffusion, creep and mechanics into direct space–time prediction, so a changing defect can be explored as a material state.
Initial voidCurrent void
- Area / initial area
- 1.520
- Internal gas pressure
- 1.497 MPa
Choose a time
Query the evolution at the time of interest.
Inspect the response
Explore the boundary and coupled fields together.
Query the wall and the surrounding fields together.
The surrogate represents moving geometry, transport, creep and mechanics together. A direct space–time query recovers an evolving material state without restarting the trajectory for every requested time.
Turn evolution into a reusable prediction task.
A moving boundary
Represent the changing cavity geometry alongside its fields.
Direct time queries
Inspect morphology and state at the requested time.
A materials workflow
Complement numerical simulation when exploring related evolution problems.