How Do You Verify the Accuracy of Engineering Simulations?
January 16, 2019 @ 1:00 pm EST How Do You Verify the Accuracy of Engineering Simulations? Strategies for verifying the...
January 16, 2019 @ 1:00 pm EST How Do You Verify the Accuracy of Engineering Simulations? Strategies for verifying the...
February 12, 2020 @ 1:00 pm EST Mastering StressCheck: Practical Training Approaches & Online Resources for A&D Engineers Strategies for...
In NAFEMS’ July 2019 edition of Benchmark Magazine, ESRD Chairman Dr. Barna Szabó reveals the converged StressCheck solution for the incremental spring rates, provides a summary of the FEA Puzzler respondent submissions, and documents the various approaches taken by the respondents.
This past week at AA&S/PS&S 2019, ESRD’s Gordon Lehman provided a training course titled “How Do You Verify the Accuracy of Engineering Simulations?”, chatted with attendees about StressCheck and how it supports detailed aerostructures analyses, and exhibited at our colorful & engaging booth.
Read the summary of events and download the AA&S/PS&S training course presentation!
On Wednesday, January 16, 2019 a webinar titled “How Do You Verify the Accuracy of Engineering Simulations?” was provided by ESRD’s Gordon Lehman and Brent Lancaster.
In case you missed it, the webinar recording is now available!
In the coming weeks, ESRD will publish our first set of FEA-based numerical simulation results from “The Standard NAFEMS Benchmark Solutions”. Learn more […]
“Accurate and reliable stresses and Stress Intensity Factors are required for determination of static and residual strength and for crack growth analyses in analysis tools such as AFGROW. For some geometries, industry solutions are either insufficient or nonexistent. The geometry, applied forces, and crack shapes and dimensions must be modeled reasonably well to obtain useful engineering data. The p-version finite element software StressCheck (ESRD, Inc., St. Louis, Missouri, USA) is used to demonstrate how accurate finite element solutions can lead to good quality engineering analysis.”
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