This case study looked at two projects, one on the design of the guidevane for multistage pump and the other related to the application of multi-point optimization.
CDI Marine Company was awarded the contract to design a new high-powered waterjet by Honeywell Inc. for use in the United States Marine Corps Expeditionary Fighting Vehicle - EFV.
CREMHyG used TURBOdesign Suite to design the components for a hydrogen rocket turbopump, including a very complex return channel.
Andritz used TURBOdesign1 to develop vertical line shaft pumps from scratch and in a significantly shorter time than by using traditional methods.
In this paper discover the many challenges presented by a multi-objective optimization and how inverse design can be used to overcome them.
This paper explores using inverse design to achieve a balance between hydrodynamic efficiency and cavitation performance in waterjet pumps.
Carver Pump used TURBOdesign Suite to optimize their range of RS multistage ring section pumps. The project target was to save time and expand their product range.
ADT engineers carried out a project to optimize a fuel pump impeller for cavitation and efficiency. The main challenge was to meet targets at multiple operating conditions.
How a 3D Inverse Design method supports leading pump manufacturers to meet emissions legislation
