Fundamentals of Simcenter Flotherm
- Duration: 1 Day
- Introduction to Simcenter Flotherm for thermal simulation and analysis. This training covers foundational concepts and workflows.
1. Overview of Simcenter Flotherm capabilities and applications.
2. User interface navigation and basic project setup.
3. Importing CAD geometry for thermal analysis.
4. Defining thermal boundary conditions and material properties.
5. Meshing techniques for thermal simulations.
6. Performing steady-state and transient simulations.
7. Post-processing and interpreting results.
8. Troubleshooting common simulation issues.
Advanced Simulation Techniques in Simcenter Flotherm
- Duration: 1 Day
- Focus on advanced simulation capabilities in Flotherm, including complex geometries and transient thermal analysis.
1. Advanced meshing techniques and customization.
2. Setting up multi-physics simulations.
3. Modeling forced and natural convection.
4. Advanced boundary conditions for complex systems.
5. Post-processing techniques for detailed thermal analysis.
6. Using parametric studies for design optimization.
7. Practical exercises on transient simulations.
8. Case studies and troubleshooting.
Simcenter Flotherm for Electronics Cooling
- Duration: 1 Day
- Tailored training for electronics cooling, focusing on heat dissipation and thermal management strategies.
1. Introduction to thermal challenges in electronics.
2. Setting up simulations for PCBs and electronic components.
3. Modeling heat sinks and thermal interfaces.
4. Meshing considerations for electronics.
5. Running thermal simulations for electronics.
6. Post-processing and analyzing results for design validation.
7. Case studies in consumer electronics.
8. Troubleshooting and optimization for electronic designs.
Simcenter Flotherm XT Integration
- Duration: 1 Day
- Learn how to use Flotherm XT for advanced CAD-integrated thermal simulations.
1. Overview of Flotherm XT capabilities and integration.
2. Preparing CAD geometry for thermal simulations.
3. Setting up boundary conditions and material properties in XT.
4. Using CAD-centric workflows in Flotherm XT.
5. Advanced meshing and parameter settings.
6. Running simulations and interpreting results in XT.
7. Case studies in mechanical and electronic designs.
8. Troubleshooting and workflow tips.
Thermal Management for Data Centers
- Duration: 1 Day
- Specialized training focused on thermal management in data centers, including airflow and cooling strategies.
1. Integrating FloEFD with Creo environment.
2. Setting up simulations for complex assemblies.
3. Defining thermal and fluid flow properties in Creo.
4. Applying advanced meshing techniques.
5. Running simulations in Creo for performance validation.
6. Post-processing results for Creo-based simulations.
7. Case studies in industrial and manufacturing sectors.
8. Troubleshooting and simulation tips in Creo.
