Thermal simulation

The 6NAPSE Group carries out the realization of thermal simulation by conduction, convection and radiation.

Many materials can be subjected to significant temperature variations (rise in temperature or cooling). For systems composed of several materials, these constraints are the origin of several reliability problems (cracks, breakage, etc.).

Indeed, manufacturers often use thermal calculations to limit possible failures and predict the behavior of their systems.

Thermal simulation by our engineers

To support manufacturers in the study and numerical simulation of the heat transfers of structures, the 6NAPSE Group carries out thermal simulation. We perform heat transfer calculations by conduction, convection and radiation.

Our engineers estimate the deformations generated on a system during thermal stresses (related to its environment) that can lead to breakage. The goal is to determine the temperature distribution in a room or structure subject to heat flow. Also, different designs can be modeled to determine the most reliable concept.

Group 6NAPSE simulates high and low temperatures. The applications of our thermomechanical coupling models are numerous: electronic devices, machining processes, dissipation of mechanical energy, etc.

With our fire resistance simulations, we support the design of fire-resistant products by modeling them in a fire situation to validate compliance with the standards in force.

6NAPSE Group assets

• Experienced simulation and calculation teams
• Knowledge of vibration and acoustic phenomena
• Mastery of calculation software to obtain a readjusted model
• Use of Specific Tools for Calculation/Test Correlation