This lecture first provides an overview of the relation between the flow mechanisms in radial impellers and the 3D geometry. Special emphasis is given to secondary flows and the pressure gradients that govern them. It is followed by the description of a computerized optimization technique for the design of radial impellers. It is shown how the use of a Database, Artificial Neural Network and Genetic algorithm can be used to accelerate the design process and to improve performance
The design of high efficiency, high pressure ratio, and wide flow range centrifugal impellers is a c...
Computational Fluid Dynamics (CFD) techniques have settled to a stage, where it is possible to gain...
One elementary part of a centrifugal compressor is the volute, which is located downstream the impel...
This lecture first provides an overview of the relation between the flow mechanisms in radial impell...
The authors present a method for fluid-dynamic design of radial flow impellers based on an optimizat...
A method for radial flow impeller design which pays attention to the set-up of optimal design strate...
An improved methodology for optimum design of radial flow impellers is presented. The base methodolo...
The use of high-speed radial impellers is very common in blowers for industrial application. It is a...
An optimization has been performed on a well-proven radial compressor design known as the SRV4 impe...
This paper presents design optimization of a centrifugal compressor impeller with hybrid multi-objec...
This paper presents the results of a design and optimization study for the impeller of a small mixed...
This paper proposes an integrated design and optimization approach for radial inflow turbines consis...
Nowadays there are lots of methods using three-dimensional or quasi three-dimensional CFD analysis. ...
183-190This paper presents a design optimization process for an axial-flow pump impeller; in which g...
Outgoing from a well-proven radial compressor design which has been extensively being tested in the...
The design of high efficiency, high pressure ratio, and wide flow range centrifugal impellers is a c...
Computational Fluid Dynamics (CFD) techniques have settled to a stage, where it is possible to gain...
One elementary part of a centrifugal compressor is the volute, which is located downstream the impel...
This lecture first provides an overview of the relation between the flow mechanisms in radial impell...
The authors present a method for fluid-dynamic design of radial flow impellers based on an optimizat...
A method for radial flow impeller design which pays attention to the set-up of optimal design strate...
An improved methodology for optimum design of radial flow impellers is presented. The base methodolo...
The use of high-speed radial impellers is very common in blowers for industrial application. It is a...
An optimization has been performed on a well-proven radial compressor design known as the SRV4 impe...
This paper presents design optimization of a centrifugal compressor impeller with hybrid multi-objec...
This paper presents the results of a design and optimization study for the impeller of a small mixed...
This paper proposes an integrated design and optimization approach for radial inflow turbines consis...
Nowadays there are lots of methods using three-dimensional or quasi three-dimensional CFD analysis. ...
183-190This paper presents a design optimization process for an axial-flow pump impeller; in which g...
Outgoing from a well-proven radial compressor design which has been extensively being tested in the...
The design of high efficiency, high pressure ratio, and wide flow range centrifugal impellers is a c...
Computational Fluid Dynamics (CFD) techniques have settled to a stage, where it is possible to gain...
One elementary part of a centrifugal compressor is the volute, which is located downstream the impel...