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Today, we released product updates for StressCheck Professional and StressCheck-Powered Apps. Many customer-defined enhancements were added, and the software user experience improved.
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At present, a very substantial unrealized potential exists in numerical simulation. Simulation technology has matured to the point where management can realistically expect the reliability of predictions based on numerical simulations to match the reliability of observations in physical experimentation. This will require management to upgrade simulation practices through exercising simulation governance.
Recently, Wiley published the second edition of "Finite Element Analysis: Method, Verification and Validation" by ESRD Co-Founders Dr. Barna Szabo and Dr. Ivo Babuška as part of their "Wiley Series in Computational Mechanics". This edition provides an updated and comprehensive review of the theoretical foundation of the finite element method, and provides engineering students and professionals the tools, concepts, techniques, and procedures that help with an understanding of finite element analysis.
Meshless methods, also known as mesh-free methods, are computational techniques used for the approximation of the solutions of partial differential equations in the engineering and applied sciences. The advertised advantage of the method is that users do not have to worry about meshing. However, eliminating the meshing problem has introduced other, more complex issues. Oftentimes, advocates of meshless methods fail to mention their numerous disadvantages.
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