Kubota used the inverse design method to develop new types of mixed and axial flow impellers and guide vanes which covers a large range of specific speeds
In this study, a design strategy combining 3D Inverse Design, CFD, DoE, RSM, and multi-objective genetic algorithm (MOGA) was used to develop a pump-turbine runner with high ef?ciency and stability.
Trade off decisions are crucial in the design of pump as turbine runners. This paper runs a multi-objective optimization of a baseline runner to examine them and develop guidelines for optimum performance.
This paper explores how our 3D Inverse Design approach can create breakthrough pump and fan designs through blade loading optimization.
Ebara Corporation incorporated TURBOdesign1 into their manufacturing process for hydraulic parts, with a focus on cutting design and development time as well as making them more environmentally friendly.
In this project, a client asked ADT to perform the hydrodynamic design of a diffuser pump stage using 3D Inverse Design technology.
The Japan Aerospace Exploration Agency used TURBOdesign Suite to overcome 'Stepanoff's Spell' in pump design and create a rocket engine turbopump with compact size and high efficiency.
ADT engineers were asked to perform a multi-objective design optimization of a pump stage for one of the largest global pump manufacturers.
The scope of this project is the detailed design of a multi-stage submersible mixed-flow pump for oil industry applications.
