COUPLED THERMAL-STRUCTURAL ANALYSIS USING COMSOL 

Predict Temperature and Stress Together. Design with Confidence.

Join us for an insightful 45-minute technical webinar exploring how COMSOL Multiphysics® enables accurate simulation of coupled thermal and structural behavior in engineering systems.

This session will demonstrate how thermal loads influence structural response and how engineers can use multiphysics simulation to improve product reliability, optimize designs, and reduce development time.

🔍 What You Will Learn

• Fundamentals of coupled thermal-structural analysis
• Heat transfer and structural mechanics interaction
• Temperature-dependent material behavior
• Thermal expansion and stress evaluation
• Contact and boundary condition effects
• Steady-state and transient analysis workflows
• Postprocessing and visualization techniques
• Parametric studies and optimization approaches

⚙ Key Highlights

• Fully coupled multiphysics simulation
• Realistic thermal stress prediction
• Accurate deformation analysis
• Material property integration
• Engineering design optimization
• Comprehensive result visualization
   

📈 Application Areas

• Electronic cooling systems
• Industrial machinery components
• Automotive thermal management
• Aerospace structural reliability
• Energy systems and power equipment
• High-temperature mechanical assemblies