To enable the use of parameters which define the shape in a feature-based CAD model as optimization variables. To present an efficient methodology for the calculation of gradients for CAD based design variables. To present an efficient approach for gradient based optimization using adjoint functions and CAD variables in presence of constraints
This paper presents an approach which increases the flexibility of a computer-aided design (CAD) mod...
Aerodynamic shape optimisation with gradient-based methods is rapidly gaining popularity in the aero...
Detailed numerical shape optimization will play a strategic role for future aircraft design. It offe...
To enable the use of parameters which define the shape in a feature-based CAD model as optimization ...
This paper presents an efficient optimization process, where the parameters defining the features in...
<p>This paper presents a CAD-based optimization framework using adjoint functions for aerodynamic de...
International audienceThis paper proposes a strategy to derive an adjoint-based optimization code fr...
International audienceThis paper presents a novative method for gradient-based optimization with reg...
Parametric effectiveness is a measure of the ability of the parameters defining a CAD model to be us...
The motivation for this paper is to present an approach for rating the quality of the parameters in ...
Adjoint based aerodynamic shape optimisation methods have recently become very popular in the aerosp...
This paper deals with the treatment of various problems that are present in adjoint-based shape opti...
International audienceThe simulation process of CFD is usually starting from a CAD model. Due to the...
Numerical shape optimization will play a strategic role for future aircraft design. It offers the po...
Abstract. Methods for aerodynamic shape optimization based on the calculation of the derivatives of ...
This paper presents an approach which increases the flexibility of a computer-aided design (CAD) mod...
Aerodynamic shape optimisation with gradient-based methods is rapidly gaining popularity in the aero...
Detailed numerical shape optimization will play a strategic role for future aircraft design. It offe...
To enable the use of parameters which define the shape in a feature-based CAD model as optimization ...
This paper presents an efficient optimization process, where the parameters defining the features in...
<p>This paper presents a CAD-based optimization framework using adjoint functions for aerodynamic de...
International audienceThis paper proposes a strategy to derive an adjoint-based optimization code fr...
International audienceThis paper presents a novative method for gradient-based optimization with reg...
Parametric effectiveness is a measure of the ability of the parameters defining a CAD model to be us...
The motivation for this paper is to present an approach for rating the quality of the parameters in ...
Adjoint based aerodynamic shape optimisation methods have recently become very popular in the aerosp...
This paper deals with the treatment of various problems that are present in adjoint-based shape opti...
International audienceThe simulation process of CFD is usually starting from a CAD model. Due to the...
Numerical shape optimization will play a strategic role for future aircraft design. It offers the po...
Abstract. Methods for aerodynamic shape optimization based on the calculation of the derivatives of ...
This paper presents an approach which increases the flexibility of a computer-aided design (CAD) mod...
Aerodynamic shape optimisation with gradient-based methods is rapidly gaining popularity in the aero...
Detailed numerical shape optimization will play a strategic role for future aircraft design. It offe...