In the last few decades, enormous progress has been made in the field of Computational Fluid Dynamics (CFD). Computers became powerful enough for full-scale simulations and smart algorithms enabled engineers to simulate intricate phenomena like for example turbulence. However, these developments do not stop, and a promising, new area of research is the incorporation of uncertainty quantification in these CFD simulations. Since traditional statistical methods like the Monte Carlo method are useless in these cases due to computational cost, deterministic solutions are sought.Aerospace Engineerin
The objectives of this research remain as stated in our proposal of November 1997. We report on prog...
In this work we present semi-intrusive and non-intrusive techniques for uncertainties quantification ...
This study investigates and demonstrates a methodology for uncertainty propagation and robust design...
Ce manuscrit présente des contributions aux méthodes de propagation et d’analyse d’incertitude pour ...
Looking at the history of numerical methods in CFD, many years have been spent in improving the mode...
There is a need to automate stochastic uncertainty quantification codes in the digital age. Problems...
This paper examines uncertainty quantification in computational fluid dynamics (CFD) with non-intrus...
This book presents applications of spectral methods to problems of uncertainty propagation and quant...
This paper describes a fully spectral, Polynomial Chaos method for the propagation of uncertainty in...
Uncertainty is ubiquitous in many areas of science and engineering. It may result from the inadequac...
Physical uncertainties due to atmospheric variations and production tolerances can nowadays have a l...
An efficient uncertainty quantification method for unsteady problems is presented in order to achiev...
The Unsteady Adaptive Stochastic Finite Elements (UASFE) approach is a robust and efficient uncertai...
I develop new ideas of accurate and robust numerical methods for compressible multiphase flow and co...
In this work a novel adaptive strategy for stochastic problems, inspired to the classical Harten's f...
The objectives of this research remain as stated in our proposal of November 1997. We report on prog...
In this work we present semi-intrusive and non-intrusive techniques for uncertainties quantification ...
This study investigates and demonstrates a methodology for uncertainty propagation and robust design...
Ce manuscrit présente des contributions aux méthodes de propagation et d’analyse d’incertitude pour ...
Looking at the history of numerical methods in CFD, many years have been spent in improving the mode...
There is a need to automate stochastic uncertainty quantification codes in the digital age. Problems...
This paper examines uncertainty quantification in computational fluid dynamics (CFD) with non-intrus...
This book presents applications of spectral methods to problems of uncertainty propagation and quant...
This paper describes a fully spectral, Polynomial Chaos method for the propagation of uncertainty in...
Uncertainty is ubiquitous in many areas of science and engineering. It may result from the inadequac...
Physical uncertainties due to atmospheric variations and production tolerances can nowadays have a l...
An efficient uncertainty quantification method for unsteady problems is presented in order to achiev...
The Unsteady Adaptive Stochastic Finite Elements (UASFE) approach is a robust and efficient uncertai...
I develop new ideas of accurate and robust numerical methods for compressible multiphase flow and co...
In this work a novel adaptive strategy for stochastic problems, inspired to the classical Harten's f...
The objectives of this research remain as stated in our proposal of November 1997. We report on prog...
In this work we present semi-intrusive and non-intrusive techniques for uncertainties quantification ...
This study investigates and demonstrates a methodology for uncertainty propagation and robust design...