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In this paper, a multipoint optimisation methodology for the industrial compressor with channel is presented using 3D inverse design, DOE, Kriging RSM and MOGA.

Advanced computer simulations for pump stage design enable an efficient way to design and evaluate pump performance. Simulations also provide detailed structural behaviour (e.g., stress, modal analysis), temperature analysis and performance at various flow regimens (multiphase flow).

In this webinar, you will learn how to optimise blade loading in centrifugal compressors, which can massively enhance the performance compared to conventional centrifugal compressors blade loading designs. And discover how 3D inverse design can be used to efficiently design centrifugal compressors with optimum blade loading.

In this paper, a three-dimensional viscous inverse design method is presented. The blade geometry is parameterized by aerodynamic variables such as blade loading, which allows direct control of the aerodynamic flow field.

In this paper, a novel design and optimisation strategy is presented, coupling the 3D inverse approach and DoE (design of experiment) study that is developed.

In this paper, a fast automated optimization workflow using a 3D inverse design method is presented, coupled with a multi-objective genetic algorithm.

In this webinar, you will learn how tandem-blade centrifugal compressors can provide performance improvements in relation to conventional full blade designs and discover how 3D inverse design can be used to efficiently design centrifugal compressors with tandem-blade configuration. 

In this paper, a design workflow based in a 3D inverse design method is specifically assembled and applied to the tandem-blade design of centrifugal compressors.

This paper presents a novel methodology, that uses a system-level simulation platform to create a complete vehicle model and simulate the performance of a fuel cell powered truck in order to obtain the key fuel cell compressor operating points.