about · AI-first engineering simulation

About Anvil Sim.

I am Ray Qin, an AI engineer building Anvil Sim from the Bay Area. I want engineering simulation software where AI helps engineers set up, run, inspect, and improve FEA, CFD, thermal, electronics, and geometry workflows.


what Anvil is

AI-first engineering simulation, grounded in evidence.

Anvil Sim combines solver kernels, geometry and mesh intake, benchmark gauntlets, native Mac visualization,.anvilprov provenance, and reviewer packets. Meaningful physical claims should connect to inputs, boundary conditions, material assumptions, solver output, benchmark/reference comparison, convergence evidence, and validation steps.

Current proof inventory
17 v1-ready packs
Verified evidence packs
9 packs
Validation queue
8 packs
Open validation steps
32 tracked validation steps

Why evidence packets matter

Evidence packets are how the roadmap stays concrete. Each packet shows the capability Anvil needs to strengthen next: source geometry, mesh quality, solver path, reference comparison, visual replay, or the next benchmark row.

Structural, modal, and FRF

strongest today

Keep expanding the trust wall from cantilever, static elasticity, modal, and harmonic-response fixtures into reviewed bracket and robotics workflows.

Geometry, source faces, and meshing

validation focus

Every load, constraint, and material assumption must bind back to source geometry and survive remeshing before stronger robotics claims are allowed.

CFD validation ladder

highest leverage build

Pass simple and canonical flows first: conservation, grid sensitivity, Poiseuille/Couette, cavity, cylinder, Taylor-Green, Sod, then NASA-style public benchmark rungs.

Flagship visuals

evidence-routed only

Boomerang, flame, Saturn V, and robotics scenes are valuable when viewers can click down into solver inputs, benchmark evidence, and validation steps.

What I am building toward

Brand boundaries

Contact


Anvil Sim is local-first and native-Mac-first today. The product ambition is much larger: AI-first engineering simulation with computational-physics benchmark evidence, validation roadmap, and evidence-routed visual replay.