Schedule

12:45

Lunch

13:45

J.-D. Müller, Queen Mary, University of London:
Welcome, Introduction to the FP-7 FlowHead project

14:00

Invited presentation:
N. Gauger, Humboldt University, Berlin:
Towards an Adaptive One-Shot Approach for Aerodynamic Shape Optimisation

14:50-17:45, Session 1: Application of flow optimisation in automotive design

14:50

C. Othmer¹, K. C.  Giannakoglou², A.S. Zymaris², D.I. Papadimitriou,² and E.M. Papoutsis-Kiachagias². ¹Volkswagen AG, Wolfsburg, ²National Technical University of Athens, Athens:
Adjoint Methods for Automotive Optimisation: Achievements and Challenges

15:15

M. Sidorkiewicz, Renault SA, Billancourt:
CAD-based optimisation methods with application to the automotive industry

15:40

Coffee

16:05

C. Hinterberger, M. Olesen, Faurecia, Augsburg:
Application of a Continuous Adjoint Flow Solver for Geometry Optimisation of Automotive Exhaust Systems

16:30

A. Cano, CD-Adapco, Paris:
Automatic process for CFD simulation with Starccm+, from CAD surface to post-processing

16:55

M. Böhm, T. Schützle,J. Sauter, FE-Design GmbH, Karlsruhe:
Optimisation for Fluid Flow

17:20

G. Todorov, J. Ovtcharova, B. Romanov, K. Kamberov, Technical University, Sofia:
Interfaces for embedding CFD optimisation workflows into the product development process

8:30

Invited presentation:
R. Löhner, George Mason University, Washington:
Unsteady adjoints in CFD

9:20-10:35, Session 2: Adjoint solver development

9:20

U. Naumann, J. Riehme, RWTH Aachen University, Aachen and University of Hertfordshire, Hatfield:
Automating the generation of first order adjoints
Sample tool:  The differentiation-enabled NAG Fortran Compiler (First order)

9:45

D. Jones, F. Christakopoulos, J.-D. Müller,, Queen Mary, University of London:
Discrete adjoint code development using Automatic Differentiation

10:10

P. Trontin, J. Peter, F. Renac, ONERA, Chatillon:
Discrete adjoint solver for design in aeronautics

10:35

Coffee

11:00-12:40, Session 3: Adjoint solvers and linkage to CAD

11:00

G. Pierrot, M. Megahed, ESI, Paris:
Introducing next generation of CFD adjoint solvers: towards a solver-independent solution

11:25

S. Munday, J.Papper, J.Gines, ICON Technology and Process Consulting Ltd, London:
Analysis of the Effects of Using a Differentiated Turbulence Model for Adjoint Optimisation on Industrial Applications based on OpenFOAM®1

11:50

G. Yu, J.-D. Müller, Queen Mary, University of London:
Adjoint-based optimisation using CAD sensitivities

12:15

M. Delanaye, F. Lani, I. Lepot, Cenaero asbl, Gosselies:
CAD-centric multidisciplinary optimization for industrial aeronautics design

12:40

Lunch

13:40

Invited presentation: Ch. Hirsch, Numeca, Brussels:
Quantification and propagation of uncertainties in CFD and their impact on robust design

14:30-15:45, Session 4: Robust optimisation, Topology optimisation

14:30

L. Laniewski, J. Rokicki, Warsaw University of Technology, Warsaw:
Using Complex Gaussian Process Models for Robust Optimisation of Expensive Black-box Functions

14:55

M. M. Gregersen, A. Evgrafov, M. P. Sørensen, Technical University of Denmark, Kongens Lyngby:
Topology optimisation of heat conduction problems

15:20

T. Schützle, M. Böhm, J. Sauter, FE-Design GmbH, Karlsruhe:
An Optimisation Framework for CFD

15:45

Coffee

19:30

Workshop Dinner

8:30

Invited presentation:
K. Giannakoglou, National Technical University, Athens:
Computation of second-order derivatives in aerodynamic optimisation

9:20-10:35, Session 5: One-shot and parameter-free methods

9:20

Jaworski¹, L.Laniewski¹, J.-D. Müller² and J. Rokicki¹. ¹Warsaw University of Technology, Warsaw and ²Queen Mary, University of London, London:
Grid adaptation using adjoint sensitivities

9:45

S. Schmidt, V. Schulz, University of Trier, Trier:
Aerodynamic Design based on Shape Calculus

10:10

E. Stavropoulou, M. Hojjat, R. Wüchner, K.-U. Bletzinger, Technical University, Munich:
A mesh regularisation approach for surface grids

10:35

Coffee

11:00

Invited presentation:
U. Naumann, J. Riehme, RWTH Aachen University, Aachen and University of Hertfordshire, Hatfield:
Automating the generation of first- and higher-order adjoints
Sample tool: The differentiation-enabled NAG Fortran Compiler (Second order)

11:50

Round Table discussion

12:35

Lunch