Add to ORKGThis work presents a method for quantitative comparison of numerical results to experimental measurements. It is based on the concept of Proper Orthogonal Decomposition. This technique is selected in order to compare the unsteady aerodynamic flows around static and oscillating bodies obtained from wind tunnel testing and numerical simulations. Two dimensional Time-resolved Particle Image Velocimetry measurements are carried out on the upper surface a 4:1 rectangular cylinder. Simulations are performed using unsteady Reynolds-Averaged Navier-Stokes and an unsteady Discrete Vortex Method. It is demonstrated that the proposed technique is a good preliminary step for comparing the main characteristics of unsteady aerodynamic data
This thesis deals with the decomposition of general turbulent flow variables into their mean, organi...
ABSTRACT: The flow patterns over a finite square cylinder of aspect ratio of 3 were analyzed experim...
Numerical simulations of fluid flows can produce a huge amount of data and inadvertently important f...
This work presents a method for quantitative comparison of numerical results to experimental measure...
A method for the quantitative comparison of numerical and/or experimental data of unsteady aerodyna...
This work constitutes the final report for a project funded by the Fonds de la Recherche Scientifiqu...
Detached flows around bluff bodies are ubiquitous in civil engineering applications. In this work, ...
The concept of Proper Orthogonal Decomposition (POD) is used to integrate Experimental Fluid Dynamic...
The modal decomposition of unsteady flowfields was proposed in the 1990s by several authors. Proper ...
Aerodynamic unsteady forces in stationary and rotating wings are analyzed in this dissertation by us...
The proper-orthogonal-decomposition method is applied to particle-image-velocimetry (PIV) data to ex...
Experimental techniques like particle image velocimetry provide a powerful technical support for the...
A systematic approach for the dynamical modelling of the unsteady flow over a flapping wing is devel...
The present paper describes two different experiments performed in a transonic wind tunnel facility ...
A novel method to estimate unsteady aerodynamic force coefficients from pointwise velocity measureme...
This thesis deals with the decomposition of general turbulent flow variables into their mean, organi...
ABSTRACT: The flow patterns over a finite square cylinder of aspect ratio of 3 were analyzed experim...
Numerical simulations of fluid flows can produce a huge amount of data and inadvertently important f...
This work presents a method for quantitative comparison of numerical results to experimental measure...
A method for the quantitative comparison of numerical and/or experimental data of unsteady aerodyna...
This work constitutes the final report for a project funded by the Fonds de la Recherche Scientifiqu...
Detached flows around bluff bodies are ubiquitous in civil engineering applications. In this work, ...
The concept of Proper Orthogonal Decomposition (POD) is used to integrate Experimental Fluid Dynamic...
The modal decomposition of unsteady flowfields was proposed in the 1990s by several authors. Proper ...
Aerodynamic unsteady forces in stationary and rotating wings are analyzed in this dissertation by us...
The proper-orthogonal-decomposition method is applied to particle-image-velocimetry (PIV) data to ex...
Experimental techniques like particle image velocimetry provide a powerful technical support for the...
A systematic approach for the dynamical modelling of the unsteady flow over a flapping wing is devel...
The present paper describes two different experiments performed in a transonic wind tunnel facility ...
A novel method to estimate unsteady aerodynamic force coefficients from pointwise velocity measureme...
This thesis deals with the decomposition of general turbulent flow variables into their mean, organi...
ABSTRACT: The flow patterns over a finite square cylinder of aspect ratio of 3 were analyzed experim...
Numerical simulations of fluid flows can produce a huge amount of data and inadvertently important f...