Thermal engineering
Custom CAE Process Automation & Method Development
Coupled solutions for better thermal predictions.
Using CAE Coupling for Expanded Thermal and System-Level Simulations
Our experienced team will help you bring your thermal and system-level simulations closer to real-world predictions by utilizing the strengths of thermal, CFD, or FEA codes to build models with higher accuracy and better results.
CAE Experts
You Can Trust
If you are no longer satisfied with the level of detail you’re receiving from simple simulations or your project scope has changed, we can help. Our custom CAE coupling process allows you to utilize the strengths of multiple simulation tools for better accuracy and an in-depth representation of your design problems. Our team is well-versed in TAITherm and many other popular CAE tools.
Resolve your thermal problems quickly and get more time back for optimization when you have us run coupled simulations for you. We leverage our custom coupling software, CoTherm, to promptly complete the coupling process and quickly provide actionable results related to transient coupling, steady-state coupling, and more.
Optimizing
Your Process
In every design, there is always the potential for improvement. Whether you are looking to maximize cost, energy savings, or process improvement—our team is here to help. Using CoTherm, our custom coupling software, we’ll help you identify problems in your thermal or CFD designs, test variables, and develop solutions early in the process to increase efficiency and cost savings. Our timely feedback and actionable results create more time in your production schedule while optimizing your designs for success.
Workflow
Automation
Our thermal simulation and transient analysis experts can work with you to either 1) create an automated workflow, providing you with the models and coupled analysis to validate your decisions, or 2) develop a process for you to couple the CAE tools of your choice, where you will receive the framework to complete CAE coupling and thermal analysis on your own.