Overview
Our mission in Computational Simulation and Modeling at the Guelph Manufacturing Institute is to advance manufacturing innovation through precision-driven virtual prototyping and analysis. Leveraging strengths in finite element analysis, process simulation, and state-of-the-art computational software, our research enables accurate prediction of performance, optimization of manufacturing processes, and reduction of physical trial-and-error. We empower industry partners with digital tools to design, validate, and improve systems efficiently and cost-effectively.
Technology and Research Themes
Finite Element Analysis (FEA)
- Simulating stress, strain, thermal behavior, and fluid dynamics in materials and components.
- R&D Focus: Multiphysics simulations, predictive modeling, and design validation.
- Industry Needs: Product design, failure analysis, and safety-critical components.
Product Design and Optimization
- Product development, design for manufacturing and assembly, cost optimization.
- R&D Focus: Ease of manufacturing and assembly, virtual testing.
- Industry Needs: Lightweight structures, multi-functional design.
Process Simulation
- Creating digital models of manufacturing processes to predict performance and optimize parameters.
- R&D Focus: Process mapping, virtual prototyping, and scenario testing.
- Industry Needs: Reducing time-to-market, minimizing waste, and improving product quality.