CFD simulations
for thermal processes

We specifically use CFD simulations as a tool for the development and optimization of complex machines and plants. Based on numerical flow and heat calculations, well-founded statements about the behavior of gases, liquids, and thermal processes can be made even in early project phases.

By using modern simulation tools, flow conditions, temperature fields and heat transfer processes are analyzed and visualized in detail. This allows critical areas to be identified at an early stage, processes to be optimized in a targeted manner and real operating conditions to be mapped realistically as early as the design phase.

Numerical analysis of thermal processes
Simulation of flow and temperature fields
Analysis of complex gas and fluid flows
Optimization of heat transfer and flow control
Early detection of critical process areas
Realistic mapping of operating conditions
Reduction of development times
Improving energy efficiency and process stability

Request a project

Simulation & process optimization

The combination of numerical simulation and practical process experience makes it possible to compare calculated results with real operating data and derive reliable optimization measures. As a result, flow paths, temperature profiles and heat transfer processes can be specifically improved and energy efficiency and process stability sustainably optimized.

Development & system design

A particular focus is on the simulation-based design of complex system geometries and thermal processes. Critical areas can be identified at an early stage of development and constructive measures can be implemented in a targeted manner. The results are processed in a practical manner and transferred directly into the development of powerful and efficient machine and system concepts.