ebm-papst, global market leader in producing high quality fans and motors, used a 3D Inverse Design method to design their range of optimal fans after an extensive benchmark test of design tools.
Ebm-Papst produces high-quality fans and motors for many markets such as heating and air-conditioning, ventilation, refrigeration, automotive, IT/telecom and drive technology.
For this project, ebm-papst wanted to make their design process faster and more efficient. To do this, they carried out an extensive benchmark test of the available turbomachinery design tools. They chose TURBOdesign Suite's 3D Inverse Design approach as the best option.
TURBOdesign1 is able to generate great accuracy without the need for time-consuming CFD calculations by giving the engineer control of the blade loading.
Our clients and engineers have used a 3D Inverse Design approach on a number of other fan projects as well, most notably:
“TURBOdesign1 shaped out to be the most suitable tool for developing new fan blades, promising gain of time and better understanding of the aerodynamics”
The direct approach for designing a new impeller requires a lot of geometrical parameters. In addition, the correlation between geometrical parameters and aerodynamics is unknown in most cases. Therefore, a lot of CFD calculations or measurements have to be done until the best configuration is reached.
ADT's 3D Inverse Design method starts by identifying what you want to do to the fluid flow in terms of 3D pressure field and mathematically derives the optimal geometry to achieve that outcome. This significantly reduces the time taken for each design.