This guide introduces multiphysics simulation as a critical approach for solving engineering problems involving interacting physical phenomena such as structures, fluids, heat transfer, and electromagnetics. It explains why traditional siloed analysis methods fail to capture real-world behavior and outlines workflows that integrate multiple solvers into a unified environment. Real-world examples show how multiphysics simulation improves accuracy, reduces late-stage design changes, and accelerates innovation across industries including automotive, aerospace, electronics, and energy. The guide emphasizes simulation-led design exploration, enabling engineers to assess tradeoffs early and reduce costly downstream corrections.

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