Christian Allen

Christian Allen

University of Bristol

H-index: 32

Europe-United Kingdom

About Christian Allen

Christian Allen, With an exceptional h-index of 32 and a recent h-index of 23 (since 2020), a distinguished researcher at University of Bristol, specializes in the field of Numerical methods, mesh generation, optimisation, aeroelasticity, high performance computing.

His recent articles reflect a diverse array of research interests and contributions to the field:

Modeling Aircraft Fuel Jettison Using Smoothed Particle Hydrodynamics on Finite-Volume Meshes

Gradient-Based Aerodynamic Optimisation for Two-and Three-Dimensional Supersonic Flows Using a Volume-of-Solid Parameterisation

Generic Modal Design Variables for Efficient Aerodynamic Optimization

A Density based Volume of Solid Geometry Parameterisation Method For Aerodynamic Topology Optimisation

Influence of Nozzle Geometry on Jet mixing and Jet Installation Noise

Design of a collector for sampling volcanic ash using unmanned aerial systems

Preliminary Investigation of Hessian Approximation with an Orthogonal Modal Parameterisation for Accelerated Shape Optimisation

Surrogate Model-Based Acoustic Optimisation of Jet Nozzle Exit Geometry

Christian Allen Information

University

Position

Professor of Computational Aerodynamics Head of Computer Science Department

Citations(all)

4456

Citations(since 2020)

1925

Cited By

3321

hIndex(all)

32

hIndex(since 2020)

23

i10Index(all)

97

i10Index(since 2020)

48

Email

University Profile Page

University of Bristol

Google Scholar

View Google Scholar Profile

Christian Allen Skills & Research Interests

Numerical methods

mesh generation

optimisation

aeroelasticity

high performance computing

Top articles of Christian Allen

Title

Journal

Author(s)

Publication Date

Modeling Aircraft Fuel Jettison Using Smoothed Particle Hydrodynamics on Finite-Volume Meshes

Journal of Aircraft

James MacLeod

Thomas Rendall

Christian B Allen

2024/1

Gradient-Based Aerodynamic Optimisation for Two-and Three-Dimensional Supersonic Flows Using a Volume-of-Solid Parameterisation

Maximilian J Wood

Tom Rendall

Christian Allen

Nigel J Taylor

James Fincham

...

2024

Generic Modal Design Variables for Efficient Aerodynamic Optimization

AIAA Journal

Laurence J Kedward

Christian B Allen

Daniel J Poole

Thomas CS Rendall

2023/2

A Density based Volume of Solid Geometry Parameterisation Method For Aerodynamic Topology Optimisation

Maximilian J Wood

T Rendall

Christian B Allen

Nigel J Taylor

James Fincham

...

2023

Influence of Nozzle Geometry on Jet mixing and Jet Installation Noise

Hussain Ali Abid

Annabel P Markesteijn

Vasily Gryazev

Vassili Toropov

Sergey A Karabasov

...

2023

Design of a collector for sampling volcanic ash using unmanned aerial systems

Journal of Aerosol Science

James MacLeod

Kieran Wood

Thomas Rendall

Matthew Watson

Christian Allen

...

2023/3/1

Preliminary Investigation of Hessian Approximation with an Orthogonal Modal Parameterisation for Accelerated Shape Optimisation

Laurence Kedward

Christian B Allen

T Rendall

Daniel J Poole

2022

Surrogate Model-Based Acoustic Optimisation of Jet Nozzle Exit Geometry

Guangda Yang

Christian B Allen

Annabel P Markesteijn

Hussain Ali Abid

Sergey A Karabasov

...

2022

Summary of investigations into finite volume methods on GPUs

Laurence Kedward

Christian B Allen

2022

Constructing Geometry for Aerodynamic Shape Optimisation using Volume of Solid Driven Cellular Automata

Maximilian J Wood

T Rendall

Christian B Allen

Laurence Kedward

Nigel J Taylor

...

2022

Investigations with Generic Modal Design Variables for Inviscid Wing Shape Optimisation

Laurence Kedward

Christian B Allen

T Rendall

Daniel J Poole

2022

A spacetime formulation for unsteady aerodynamics with geometry and topology changes

The Aeronautical Journal

I Flamarique Ederra

Thomas CS Rendall

Ann L Gaitonde

D Jones

Christian B Allen

2022/10

Subdivision Multi-Resolution Systems for Three-dimensional Aerodynamic Optimisation

Maximilian J Wood

T Rendall

Christian B Allen

Laurence Kedward

Nigel J Taylor

...

2022

Efficient aeroelastic wing optimization through a compact aerofoil decomposition approach

Structural and Multidisciplinary Optimization

Daniel J Poole

Christian B Allen

Thomas CS Rendall

2022/3

GPU-accelerated aerodynamic shape optimisation framework for large turbine blades

Thomas R Wainwright

Daniel J Poole

Christian B Allen

2022

High Fidelity Aero-Structural Simulation of Occluded Wind Turbine Blades

Thomas R Wainwright

Daniel J Poole

Christian B Allen

Jamil Appa

Oliver Darbyshire

2021

Drag reduction through shape optimisation for satellites in Very Low Earth Orbit

Acta Astronautica

Jonathan Walsh

Lucy Berthoud

Christian Allen

2021/2/1

GSA-SOM: A metaheuristic optimisation algorithm guided by machine learning and application to aerodynamic design

Alejandro González Pérez

Christian B Allen

Daniel J Poole

2021

Scalable GPU-based Aero-Structural Simulation of Wind Turbine Blades

Tom RO Wainwright

Daniel J Poole

Christian B Allen

Jamil Appa

Oliver Darbyshire

2021

Optimisation of a Finite-Volume Test-bench Code for Highly Parallel Architectures

Laurence Kedward

Christian B Allen

2021

See List of Professors in Christian Allen University(University of Bristol)