At Core Research and Development Center, we proudly offer a detailed Finite Element Analysis (FEA) Workshopdesigned to help participants develop both foundational knowledge and advanced simulation skills with direct application to real industrial challenges.
This workshop provides a balance of theory and hands-on practice, enabling participants to confidently handle FEA tasks across various industries, including automotive, aerospace, and manufacturing.
🔑 Key Highlights of the Workshop
✅ Preprocessing Techniques
Training focuses on model setup, including geometry cleanup, meshing strategies, material assignment, boundary conditions, and connections (bolts, welds, contacts, etc.), ensuring participants can build accurate and efficient simulation models.
✅ Static Structural Analysis
Participants learn to analyze stress, strain, and deformation under different loading scenarios.
✅ Modal Analysis
Study of natural frequencies and mode shapes to predict and prevent resonance issues in designs.
✅ Frequency Response Analysis
Evaluation of structural behavior under dynamic and harmonic loading conditions.
✅ Explicit Dynamics (Impact Analysis)
Simulation of crash, drop, and high-speed impact scenarios involving sudden loads.
✅ Nonlinear Analysis
Exposure to solving problems involving material nonlinearity (plasticity, hyperelasticity), geometric nonlinearity (large deformations), and contact nonlinearity — critical for accurate real-world simulations.
💡 Why Choose Core RDC?
Participants gain hands-on experience with leading FEA tools, guided by simulation experts who focus on industry best practices, model validation, and interpretation of results. The workshop is tailored to provide job-ready skills for design validation, product development, and structural optimization.