Wheel impact validation relies heavily on expert experience and physical testing, while physical-test and digital-validation correlation and reporting lack a shared standard.
Engineering outcome
Key criteria passed
5/5
Smallest margin across all checks
10.5%
Published wheel-impact results · For this case’s conditions and assessment criteria
Correlate critical responses with the physical 13° impact test to support wheel-impact assessment.
Reusable engineering outputs
Impact-condition model
Simulation-test correlation
Standard validation report
Physical-test comparison · Response and deviation review
Evidence and materials
The 13-degree physical impact test and agreed operating conditions form the correlation baseline.
Evaluation and review
Deformation, failure location, critical responses, and correlation deviation · Simulation-test correlation, engineering review, and a standard report close the acceptance loop.
Applicability
Published validation covers the 13° impact task. Strength, fatigue and other extensions need renewed checks of models, conditions and criteria.
Explore case materials
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Published correlationSimulation-to-Test CorrelationResults, variances, and engineering judgment stay reviewable.
Report templateSample report layoutSample report template showing results, criteria and review records.
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Simulation resultImpact Response ContourCritical responses and high-risk regions enter engineering review.
Interface illustrationEngineering App results view · IllustrationPackage validated methods and acceptance criteria in GEWU so teams can reuse them within their proven scope.
Implementation and reuse conditions
How the engineering work changes
Previous approachApproach in this case
Manual expert steps
Template-driven Apps
Inconsistent reporting
Standard validation reports
Inputs for another use
Wheel geometry, materials and 13° impact conditions
Revalidation needed
Check models, criteria and applicability again when the object, conditions or codes change.
Workflow
Simulation validation → Test review
Working method and engineering process
Explore digital validation paths in parallel in GEWU, complete simulation-test correlation and method checks to reduce linear physical trial and error, then package the validated method as an Engineering App and establish a standard call path through LUBAN.
Conditions for further use
From the 13° impact task to strength, fatigue, and the broader wheel-validation workflow
