The objective of this paper is to present a robust optimization algorithm for computationally efficient airfoil design under mixed (inherent and epistemic) uncertainty using a multi-fidelity approach
A robust optimization technique is developed for the aerodynamic shape optimization of a helicopter ...
A robust optimization technique is developed for the aerodynamic shape optimization of a helicopter ...
A robust optimization technique is developed for the aerodynamic shape optimization of a helicopter ...
The objective of this paper is to present a robust optimization algorithm for computationally effici...
The paper presents a multifidelity robust optimization technique with application to the design of r...
The paper presents a multifidelity robust optimization technique with application to the design of r...
The paper presents a multifidelity robust optimization technique with application to the design of r...
The paper presents a multifidelity robust optimization technique with application to the design of r...
The paper presents a multifidelity robust optimization technique with application to the design of r...
The importance of designing airfoils to be robust with respect to uncertainties in operating conditi...
The importance of designing airfoils to be robust with respect to uncertainties in operating conditi...
a design may be very different from its expected value due to errors and uncertainties in design pro...
Computation Fluid Dynamics (CFD) has become an important tool in optimization and has seen successfu...
The objective of this paper was to introduce a computationally efficient approach for robust aerodyn...
Evolutionary algorithms are powerful optimizers often used to explore the trade-off between performa...
A robust optimization technique is developed for the aerodynamic shape optimization of a helicopter ...
A robust optimization technique is developed for the aerodynamic shape optimization of a helicopter ...
A robust optimization technique is developed for the aerodynamic shape optimization of a helicopter ...
The objective of this paper is to present a robust optimization algorithm for computationally effici...
The paper presents a multifidelity robust optimization technique with application to the design of r...
The paper presents a multifidelity robust optimization technique with application to the design of r...
The paper presents a multifidelity robust optimization technique with application to the design of r...
The paper presents a multifidelity robust optimization technique with application to the design of r...
The paper presents a multifidelity robust optimization technique with application to the design of r...
The importance of designing airfoils to be robust with respect to uncertainties in operating conditi...
The importance of designing airfoils to be robust with respect to uncertainties in operating conditi...
a design may be very different from its expected value due to errors and uncertainties in design pro...
Computation Fluid Dynamics (CFD) has become an important tool in optimization and has seen successfu...
The objective of this paper was to introduce a computationally efficient approach for robust aerodyn...
Evolutionary algorithms are powerful optimizers often used to explore the trade-off between performa...
A robust optimization technique is developed for the aerodynamic shape optimization of a helicopter ...
A robust optimization technique is developed for the aerodynamic shape optimization of a helicopter ...
A robust optimization technique is developed for the aerodynamic shape optimization of a helicopter ...
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