The shape optimization of blades is a crucial step within the design cycle of a whole turbomachine. This paper is a report on a joint project between academia and industry leading to an efficient solution software for this problem to be used in the daily work of concerned engineers. The problem description and solution method, characterized as a partially reduced SQP method, as well as numerical results are presented
The aim of this work is to develop an automated tool for the optimization of turbomachinery blades f...
This paper presents a novel tool for the shape optimization of turbomachinery blade profiles operati...
Automatic design methods are changing the approach to and processes involved in gas turbine design. ...
The shape optimization of blades is a crucial step within the design cycle of a whole turbomachine. ...
Compressor and turbine blade design involves thermodynamical, aerodynamical and mechanical aspects, ...
Optimal turbomachinery design requires fast algorithms for the numerical optimization of design para...
SIGLECopy held by UB/TIB Hannover / FIZ - Fachinformationszzentrum Karlsruhe / TIB - Technische Info...
This paper addresses the problem of turbine blade shape optimization in the presence of geometric un...
AbstractAn optimization procedure has been developed for the efficient design of turbine blade airfo...
AbstractA partially reduced SQP algorithm for a multiple setpoint industrial design optimization pro...
The main goal in jet engine design is to achieve light, compact and highly efficient systems while r...
International audienceThis paper describes a new design method for high Reynolds number subsonic com...
A multidisciplinary optimization procedure, with the integration of aerodynamic and heat transfer cr...
Turbomachinery design is increasingly carried out by means of automated workflows based on high-fide...
The article presents one of the possible methods for optimizing the blade shape of a Francis radial-...
The aim of this work is to develop an automated tool for the optimization of turbomachinery blades f...
This paper presents a novel tool for the shape optimization of turbomachinery blade profiles operati...
Automatic design methods are changing the approach to and processes involved in gas turbine design. ...
The shape optimization of blades is a crucial step within the design cycle of a whole turbomachine. ...
Compressor and turbine blade design involves thermodynamical, aerodynamical and mechanical aspects, ...
Optimal turbomachinery design requires fast algorithms for the numerical optimization of design para...
SIGLECopy held by UB/TIB Hannover / FIZ - Fachinformationszzentrum Karlsruhe / TIB - Technische Info...
This paper addresses the problem of turbine blade shape optimization in the presence of geometric un...
AbstractAn optimization procedure has been developed for the efficient design of turbine blade airfo...
AbstractA partially reduced SQP algorithm for a multiple setpoint industrial design optimization pro...
The main goal in jet engine design is to achieve light, compact and highly efficient systems while r...
International audienceThis paper describes a new design method for high Reynolds number subsonic com...
A multidisciplinary optimization procedure, with the integration of aerodynamic and heat transfer cr...
Turbomachinery design is increasingly carried out by means of automated workflows based on high-fide...
The article presents one of the possible methods for optimizing the blade shape of a Francis radial-...
The aim of this work is to develop an automated tool for the optimization of turbomachinery blades f...
This paper presents a novel tool for the shape optimization of turbomachinery blade profiles operati...
Automatic design methods are changing the approach to and processes involved in gas turbine design. ...