Sensitivity capability in CFD code is highly desirable for Design optimization, Error estimation, Parameter sensitivity Sensitivities may be obtained by Finite Differences (Perturb design variable as input, get the sensitivity of the objective) Algorithmic Differentiation (AD) (differentiation the computer program
The last decade has established the adjoint method as an effective way in Computational Fluid Dynami...
One of the fastest growing fields in CFD research is adjoint optimization. Adjoint methods are widel...
Aerodynamic sensitivity analysis codes are developed via the hand-differentiation using a direct dif...
Sensitivity analysis with the aim of design optimization is a growing area of interest in Computatio...
This paper addresses the concerns of CFD code developers who are facing the task of creating a discr...
<p>Sensitivity analysis with the aim of design optimization is a growing area of interest in Computa...
<p>Adjoint based calculation of sensitivities pertaining to a Computational Fluid Dynamics (CFD) Sol...
Optimisation of aerospace designs uses the linear gradients of the minimised objective functionals w...
Abstract. Optimisation of aerospace designs uses the linear gradients of the minimised objec-tive fu...
This paper addresses the concerns of CFD code developers who are facing the task of creating a discr...
This paper addresses the concerns of CFD code developers who are facing the task of creating a discr...
Accurate computation of sensitivity derivatives is becoming an important item in Computational Fluid...
<p>Automatic differentiation of an AD System applied in an Adjoint CFD Method</p
We propose a method for selectively applying automatic differentiation (AD) by operator overloading ...
Introduction Modern engineering design depends on sensitivity calculations. To obtain these sensiti...
The last decade has established the adjoint method as an effective way in Computational Fluid Dynami...
One of the fastest growing fields in CFD research is adjoint optimization. Adjoint methods are widel...
Aerodynamic sensitivity analysis codes are developed via the hand-differentiation using a direct dif...
Sensitivity analysis with the aim of design optimization is a growing area of interest in Computatio...
This paper addresses the concerns of CFD code developers who are facing the task of creating a discr...
<p>Sensitivity analysis with the aim of design optimization is a growing area of interest in Computa...
<p>Adjoint based calculation of sensitivities pertaining to a Computational Fluid Dynamics (CFD) Sol...
Optimisation of aerospace designs uses the linear gradients of the minimised objective functionals w...
Abstract. Optimisation of aerospace designs uses the linear gradients of the minimised objec-tive fu...
This paper addresses the concerns of CFD code developers who are facing the task of creating a discr...
This paper addresses the concerns of CFD code developers who are facing the task of creating a discr...
Accurate computation of sensitivity derivatives is becoming an important item in Computational Fluid...
<p>Automatic differentiation of an AD System applied in an Adjoint CFD Method</p
We propose a method for selectively applying automatic differentiation (AD) by operator overloading ...
Introduction Modern engineering design depends on sensitivity calculations. To obtain these sensiti...
The last decade has established the adjoint method as an effective way in Computational Fluid Dynami...
One of the fastest growing fields in CFD research is adjoint optimization. Adjoint methods are widel...
Aerodynamic sensitivity analysis codes are developed via the hand-differentiation using a direct dif...
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