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Industrial Optimal Design using Adjoint CFD

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WP 6: Integration into industrial workflows

The developments from the preceding WPs are integrated into industrial workflows and benchmarked by the ESR in industrial practice. Industrially hosted ESRs will use their secondments for ToK on relevant developments to re-implement in the in-house tool-chains and benchmark performance and robustness within the industrial workflow. Academically-hosted ESRs will use their secondment to test their developments on large-scale industrial cases.

Objectives:

  • Automatic/simplified extraction of geometric constraints from CAD/GUI

  • Integration of WP2-5 developments into GUI as plugins for ParaView and OCCT

  • Industrial evaluation, benchmarking

  • Multi-point optimisation, robust optimisation

  • Robust adjoint solvers, fast optimisers, effective workflows

Personnel and Project Deliverables

Rolls-Royce Deutschland Ltd & Co KG - Marcus Meyer

Rejish Jesudasan (ESR 1) "Integration of node-based parametrisation"

Orest Mykhaskiv (ESR 2) "Integration of AD-ed CAD into workflows"

Pavanakumar Mohanamuraly (ESR 3) "Robut mesh deformation" and "Multi-objective adjoint solvers" and "Differentiated OCCT into workflow"

Pavlos Alexias (ESR 4) "Integration of HC into workflows"

Marios Damigos (ESR 5) "Optimisation workflow for multi-objective and multi-point adjoint"

Athanasios Liatsikouras (ESR 6) "Immersive Adjoint"

Flavio Gagliardi (ESR 7) "Integration of constraint methodology into workflows"

James Koch (ESR 8) "Automotive applications of shape-topology optimisation"

Salvatore Auriemma (ESR 9) "User features in OCCT"

Dheeraj Agarwal (ESR 10) "Workflows with adaptively inserted CAD feature"

Ilias Vasilopoulos (ESR11) "Application of CAD-based optimisation in turbomachinery" and "Constraints in RRD workflow" and "RRD process chain demonstration"

Mladen Banovic (ESR 12) "Integration of AD-ed CAD into workflows" and "Differentiated OCCT into workflow"

Ismael Torreguitart (ESR 13) "Differentiation of complete VKI-CAD workflow"

Marc Schwalbach (ESR 14) "Application of CAD-based turbomachinery optimisation" and "Demonstration of mechanical constraint methodology"

Christos Kapellos (ESR15) "Finite difference-CAD implementation in VW workflow"

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