We calculate transient processes to develop, design and evaluate plants and machinery.

3-dimensional computational fluid dynamics is still largely limited due to the large computational grids and the resulting, necessary computing power currently on the calculation of individual system components and steady flows are eligible for the calculation of entire plants and non-stationary processes currently one-dimensional calculation method for operation is used.

[More information / pics about transient calculation / water hammer...]

Numerical flow simulation for pump is an economic analysis tool to optimize pumps and pumping systems and their hydraulic systems, lubrication systems, seals, bearings, ... for more energy and cost efficiency.

In cooperation with renowned manufacturers, we have developed new approaches to compete internationally with optimized pump. We are engaged as well with issues of manufacturer or operator of pumps under special operating conditions or application-specific requirements.

Basis of the worldwide demand for our know-how are numerous comparative analyzes between test and computational fluid dynamics (3D-CFD) research questions, product development / innovation and extensive experience in the industry for special applications.

[More information / pics about Computational fluid dynamics (3D-CFD) for pumps...]

Whether for Francis turbine, Kaplan, bulb or innovative new approaches, our know-how is worldwide appreciated for small up to the largest installations worldwide.

[More information and pics about Computational fluid dynamics (3D-CFD) for turbines...]

Numerical flow simulation using spherical valves, butterfly valves and valve for power plants, have been studied and designed.