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Physics EnforcerSimulation & Physics
FEA Structural & Thermal Validation Engine
Local background finite element solver utilizing 10-node parabolic tetrahedral (Tet10) elements to calculate von Mises yield stress.
Element Formulation
10-Node Parabolic Tetrahedral (Tet10)
Safety Factor Standard
2.5x Yield Strength Minimum
Thermal Coupling
Steady-State & Transient Conduction
Solver Core
Parallel Sparse Cholesky Factorization
The FEA Validation Engine computes structural stress distribution directly on B-Rep analytical geometry without destructive CAD surface simplification.
Automatic mesh refinement identifies stress concentration nodes at fillets and mounting holes, highlighting areas exceeding von Mises yield limits.
Validation payloads auto-bind with Eagle Rock physical telemetry to compute simulation error deltas in real-time.
Technical Code Example
Illustrative — not a live API// FEA Tetrahedral Mesh Solver Boundary Condition zylforge_fea_solve --mesh tet10 --load 50000_N --safety-factor 2.5 --material Ti-6Al-4V
ZylForge documentation — desktop release pending; docs reflect the development state of the platform
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