Media Summary: Presenter: Tim Wray Organization: Washington University in Saint Louis, Computational Fluid Dynamics Laboratory ... We've manually tested 10 designs. We found good ones (Cd = 0.891). But is that the best? With 5+ design variables and ... A video showing the Pareto results of a fish tracking probe. Objectives are both hydrostatics and hydrodynamics. About 25000 ...

3 Dakota Openfoam Optimization Loop - Detailed Analysis & Overview

Presenter: Tim Wray Organization: Washington University in Saint Louis, Computational Fluid Dynamics Laboratory ... We've manually tested 10 designs. We found good ones (Cd = 0.891). But is that the best? With 5+ design variables and ... A video showing the Pareto results of a fish tracking probe. Objectives are both hydrostatics and hydrodynamics. About 25000 ... Open Source Wind Turbine CFD Optimization with OpenFOAM and SU2

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3. DAKOTA-OpenFOAM optimization loop | Gradient-based optimization
DAKOTA-OpenFOAM optimization loop | Derivative-free optimization
8. DAKOTA-OpenFOAM optimization loop | Surrogate-based optimization SBO
DAKOTA-OpenFOAM optimization loop | Multi-objective optimization - Genetic algorithms
Joining OpenFOAM and DAKOTA for Coefficient Calibration and Optimization
Introducing Dakota - Why Optimization?
DAKOTA-OpenFOAM optimization loop | Design space exploration (DSE)
DAKOTA-OpenFOAM optimization loop | Restarting cases and simulation failure capturing
fish trackin probe optimization with Dakota and OpenFOAM
OpenFOAM Optimization on KNL
Open Source Wind Turbine CFD Optimization with OpenFOAM and SU2
DAKOTA-OpenFOAM code coupling and optimization example | The blunt body shape optimization case
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3. DAKOTA-OpenFOAM optimization loop | Gradient-based optimization

3. DAKOTA-OpenFOAM optimization loop | Gradient-based optimization

The blunt body shape

DAKOTA-OpenFOAM optimization loop | Derivative-free optimization

DAKOTA-OpenFOAM optimization loop | Derivative-free optimization

Coupling

8. DAKOTA-OpenFOAM optimization loop | Surrogate-based optimization SBO

8. DAKOTA-OpenFOAM optimization loop | Surrogate-based optimization SBO

The blunt body shape

DAKOTA-OpenFOAM optimization loop | Multi-objective optimization - Genetic algorithms

DAKOTA-OpenFOAM optimization loop | Multi-objective optimization - Genetic algorithms

Coupling

Joining OpenFOAM and DAKOTA for Coefficient Calibration and Optimization

Joining OpenFOAM and DAKOTA for Coefficient Calibration and Optimization

Presenter: Tim Wray Organization: Washington University in Saint Louis, Computational Fluid Dynamics Laboratory ...

Introducing Dakota - Why Optimization?

Introducing Dakota - Why Optimization?

We've manually tested 10 designs. We found good ones (Cd = 0.891). But is that the best? With 5+ design variables and ...

DAKOTA-OpenFOAM optimization loop | Design space exploration (DSE)

DAKOTA-OpenFOAM optimization loop | Design space exploration (DSE)

Coupling

DAKOTA-OpenFOAM optimization loop | Restarting cases and simulation failure capturing

DAKOTA-OpenFOAM optimization loop | Restarting cases and simulation failure capturing

Coupling

fish trackin probe optimization with Dakota and OpenFOAM

fish trackin probe optimization with Dakota and OpenFOAM

A video showing the Pareto results of a fish tracking probe. Objectives are both hydrostatics and hydrodynamics. About 25000 ...

OpenFOAM Optimization on KNL

OpenFOAM Optimization on KNL

... at ISC that

Open Source Wind Turbine CFD Optimization with OpenFOAM and SU2

Open Source Wind Turbine CFD Optimization with OpenFOAM and SU2

Open Source Wind Turbine CFD Optimization with OpenFOAM and SU2

DAKOTA-OpenFOAM code coupling and optimization example | The blunt body shape optimization case

DAKOTA-OpenFOAM code coupling and optimization example | The blunt body shape optimization case

Coupling

Optimization of the relative position of streamlined bodies (decrease drag) using OpenFOAM and RL

Optimization of the relative position of streamlined bodies (decrease drag) using OpenFOAM and RL

We show the