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AgentFEM 0.3.2

AgentFEM 0.3.2 strengthens the scientific middle layer: dynamics, viscoelasticity, nonlinear state, exact constraints and result evidence now share clearer ownership and more complete verification paths.

Structural dynamics and viscoelasticity

  • Structural modal analysis now uses the common Study -> Model -> Step -> SimulationResult workflow, with residual, orthogonality, cluster and MPI evidence.
  • Generalized-Maxwell materials support exact material-point histories, restartable three-dimensional transient analysis and direct harmonic response with independent bulk and shear spectra.
  • Harmonic solutions publish real, imaginary, amplitude and phase fields, together with independently assembled residual and cycle-energy evidence.

Mechanics and trustworthy execution

  • The public NAFEMS LE10 thick-plate workflow adds curved quadratic geometry, an external stress target, mesh convergence and serial/two-rank evidence for three-dimensional linear elasticity.
  • Exact periodic MPCs enter ordinary static and thermal workflows through a shared prepared-solve lifecycle, with construction diagnostics and provider-owned reaction/work evidence.
  • Finite-strain J2 state now separates recoverable elastic and hardening energy from plastic dissipation and carries those quantities through output, rollback and restart.
  • DCB and ENF benchmark families add assembled compliance, convergence and scoped cohesive-propagation evidence without turning benchmark assumptions into general solver claims.

Data, installation and ownership

  • ScientificFieldDataset provides a dependency-light, lossless field-data contract for neural operators and companion learning providers.
  • Human-readable run names, concise terminal summaries and latest-run lookup improve ordinary use without weakening structured identities for agents.
  • Windows project custody is separated from the replaceable WSL2 runtime, and runtime removal exports a recovery snapshot before unregistering the distribution.
  • Complete Runtime replacement is transactional; density-aware gravity and Abaqus gravity migration enter the same load, reaction and energy contracts.
  • Global and China reliability routes share one strictly whitelisted event schema and remain independent of models, meshes, parameters and results.
  • Finite-element contribution lowering moves from the public Model facade into the Operator layer while preserving the readable public workflow.

Verification boundary

The exact release wheel is exercised through installed project templates, serial and MPI tests, representative scientific workflows, strict documentation and package-integrity gates. Generalized-Maxwell harmonic analysis remains experimental pending an independent structural frequency-response benchmark and near-resonance solver evidence. The Windows Complete Runtime remains a WSL2 Preview rather than a native Windows solver.