WebCAE

Verification

WebCAE is checked against the same references the whole CAE industry measures itself against — from classical analytical solutions to the industry-standard NAFEMS suite. Below is the methodology and the set of reference cases we check against. While the solver is being built, real numbers land here as each capability ships — no retouching.

Methodology

  1. Analytics & patch tests

    Classical closed-form solutions (Timoshenko, Euler) and the MacNeal-Harder patch tests catch gross element and matrix-assembly errors early and cheaply, before moving on to more demanding cases.

  2. NAFEMS

    The de-facto industry standard, with reference values across static, thermal, modal and buckling problems.

  3. Performance

    Sparse solvers and eigensolvers on industrial-scale models — convergence, solve time, scalability.

Reference cases

CaseDisciplineWhat it checksSourceToleranceStatus
Patch testStaticBaseline element correctness on a coarse, irregular meshMacNeal-Harder (1985)1%In development
Cook's membraneStaticSensitivity to a skewed mesh under combined bending/shearMacNeal-Harder (1985)2%In development
NAFEMS LE1StaticElliptical membrane — stress concentrationNAFEMS LE benchmark suite1%In development
Thick-walled cylinderStaticRadial/hoop stress under internal pressure, closed-form solutionTimoshenko, Theory of Elasticity1%In development
Scordelis-Lo roofStatic (shells)Shell element sensitivity to lockingMacNeal-Harder (1985)2%In development
NAFEMS T1–T4Thermal conductionSteady-state and transient conductionNAFEMS Thermal benchmark suite2%In development
NAFEMS FV2Modal analysisNatural frequencies of a flat plateNAFEMS FV benchmark suite3%In development
NAFEMS FV32Modal analysisNatural frequencies of a curved shellNAFEMS FV benchmark suite3%In development
Euler columnBucklingCritical load of a slender column, closed-form solutionEuler buckling5%In development
NAFEMS buckling caseBucklingLinear eigenvalue-buckling reference caseNAFEMS Buckling benchmark suite5%In development

The "Status" column reflects reality: the solver core is still in development (see Roadmap), so there are no numeric results yet — they'll appear here as each discipline ships.

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