Modern advancements are transforming finite element analysis (FEA) from a time-consuming validation step into a powerful, design-driving capability.

As traditional workflows that rely on manual CAD manipulation and complex simulation setup give way to smarter, more automated processes, engineers now have the opportunity to accelerate innovation and improve outcomes earlier in the development cycle. This session will showcase how cutting-edge tools and methodologies are reshaping simulation practices, enabling faster, more accurate, and more insightful design decisions.

Join TriMech Simulation Specialists, Jeremy Fejfar and Tom Feister, as they dive into key enablers of this shift, including advanced material calibration, automated simulation templates, generative design and optimization, and surrogate modeling. Attendees will gain a clear understanding of how these technologies work together to streamline workflows, reduce iteration cycles, and unlock new design possibilities. In addition to covering these core topics, we’ll outline a practical path forward, helping organizations and individuals adopt these capabilities with confidence.

This webinar is ideal for engineers and analysts who perform FEA simulations, managers responsible for simulation strategy, and anyone who relies on simulation results to inform product development. Whether you're looking to enhance your current processes or begin a broader digital transformation, this session will provide actionable insights and a forward-looking perspective on the future of simulation-driven design.

This session highlights how embracing modern simulation tools and workflows can improve efficiency, expand design exploration, and drive better product outcomes.

Join this finite element analysis webinar to see:

• FEA’s shift from verification to design driver: Finite element analysis is evolving beyond a final validation step into a core part of the design process, enabling earlier and more informed decision-making.

• Automation transforming workflows: Automated simulation templates and reduced manual CAD manipulation streamline setup, improve consistency, and significantly cut down engineering time.

• Advanced techniques enhance accuracy and innovation: Capabilities like advanced material calibration, generative design, and optimization help produce more realistic models and uncover better-performing design alternatives.

• Surrogate modeling accelerates simulation: Faster, data-driven approximations allow engineers to explore more design scenarios without the cost of full high-fidelity simulations.

• The clear path to adoption: Organizations can progressively implement these technologies to modernize their simulation strategy and increase value from FEA.