PyFR: Past - Present - Future

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PyFR: Past - Present - Future - Peter Vincent, Imperial College London, UK
  1. PyFR
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PyFR: Past -

PyFR: Past - Present - Future

Experiences with OpenCL

Experiences with OpenCL in PyFR: 2014—Present

A Technical Overview

A Technical Overview of PyFR

PyFR Data Structures

PyFR Data Structures Deep Dive

PyFR | EuroSciPy

PyFR | EuroSciPy 2015 | Freddie Witherden, Michael Klemm, Peter Vincent

Adding Multiphase Capabilities

Adding Multiphase Capabilities to PyFR

PyFR Fence

PyFR Fence

Partially-Averaged Navier-Stokes in

Partially-Averaged Navier-Stokes in PyFR

Shock Capturing Methods

Shock Capturing Methods for Flux Reconstruction

Bio-inspired Separated Flow

Bio-inspired Separated Flow Wing - PyFR Mid-plane Velocity

CFD Processes at

CFD Processes at MBDA and Opportunities for High-Order Methods

Anisotropic Element-Local Implicit

Anisotropic Element-Local Implicit Time Stepping for High Order Flux Reconstruction

Simulations of Flow

Simulations of Flow over Low-Pressure Turbine Blades with PyFR

Simulations of Flow

Simulations of Flow over a High-Rise Building with PyFR

Towards Industrial Adoption

Towards Industrial Adoption of High-Order Methods

Impact of Number

Impact of Number Representation for High-Order Implicit Large-Eddy Simulations

P. VINCENT -

P. VINCENT - Towards Green Aviation with Python at Petascale

Convergence Acceleration Methods

Convergence Acceleration Methods for Dual Time Stepping Schemes

WENO5

WENO5

3D bubble-shock fluid

3D bubble-shock fluid dynamics simulation on a PC

1st Automated FEM

1st Automated FEM Optimization

Arteries and algorithms

Arteries and algorithms

Spimagine Interactive GPU

Spimagine Interactive GPU Based Visualization and Processing | EuroSciPy 2015 | Martin Weigert

FEM@LLNL | FSSpMDM—Accelerating

FEM@LLNL | FSSpMDM—Accelerating Small Sparse Matrix Multiplications by Run-Time Code Generation