STRENGTH · ENGINEERING-VALIDATION

R&D & Engineering Validation

计算、FEM和试验验证能力。

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CAPABILITY CLAIM

Shows how calculation, FEM and testing form a reviewable engineering validation loop.

MINIMUM EVIDENCE

1Inputs, models and versions
2Mesh/convergence/boundary conditions
3Test conditions, raw points and deviation notes

CLAIM BOUNDARY

Simulation plots are not test validation; without test data the status must read calculation or FEM.

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Published capabilities

Each entry below is backed by reviewed evidence and passes the section's minimum-evidence rules.

D31.5 disc spring A-L vs FEM computational validation

In-house

Point-by-point load-deflection comparison between Almen-László theory and Abaqus Standard FEM for the D31.5 disc spring. The study has no experiment source; it is a computational/FEM comparison, not test validation.

Scope：A-L theoretical versus Abaqus FEM load-deflection correlation for a D31.5 disc spring (D×d×t×H0 = 31.50×16.30×1.75×2.45 mm).

thicknessMm: 1.75
freeHeightMm: 2.45
outerDiameterMm: 31.5
comparisonPoints: 30
insideDiameterMm: 16.3

Computational/FEM

Representative products：linked in product centre

PUBLISHED CONTENT

R&D & Engineering Validation

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