Practical, engineering-grade insights on FEA, CFD, dynamics, fatigue, and thermo-structural analysis— focused on reducing risk, cost, and late-stage redesigns.
Many products experience hidden stress and deformation not from mechanical loads alone, but from temperature changes combined with structural constraints. This article explains why thermo-structural analysis is essential to predict thermal-induced stress, distortion, and alignment issues before they appear in testing or the field.
Many products fail not because they are too weak, but because they respond unpredictably to vibration, motion, or time-varying loads. Learn how dynamic analysis helps identify resonance risks and reduces noise issues, premature fatigue, and costly late-stage redesigns.
Many products fail not from a single overload, but from repeated loading over time—vibration, thermal cycling, rotating motion, or routine operating cycles. This guide explains when fatigue should be in your validation plan and how it reduces warranty risk and unexpected field failures.
Static finite element analysis (FEA) is one of the most effective tools for reducing structural risk early in product development. Learn when to apply static analysis to validate strength, stiffness, safety margins, and cost efficiency—before expensive prototypes and late-stage redesigns.