Chemical and biological simulations
Especially in the fields of medical technology, biotechnology and process engineering, the interaction of biological or chemical processes with the dominant physical processes is of
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Especially in the fields of medical technology, biotechnology and process engineering, the interaction of biological or chemical processes with the dominant physical processes is of
In order to optimize the efficiency of a heat exchanger, i.e. to heat up the material flow to be heated as much as possible and
Temperature distribution in a conference room (red limit encloses temperature range >30°C)
As part of a heart-lung machine, the oxygenator is designed to ensure optimum gas exchange with minimal blood damage.
The filter effectiveness, taking into account the underlying physical fluid mechanical and thermal processes, can be effectively analysed and optimised using modern methods of numerical
Example for solar thermal energy: one-pipe circulation at low flow velocities in the collector.
Cleanroom simulation represents an important tool to support the elaborate process of flow analysis and qualification for cleanroom approval. Taking into account furnishings, ventilation systems,