ICT Environment for Multi-disciplinary Design and Multi-objective Optimisation: A Case Study

Vankan, W.J.; Maas, R.; Dam, M. ten

doi:10.1007/3-540-46043-8_67

Cited by 4 publications

(3 citation statements)

References 4 publications

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“…These approximation models are applied in an MOO analysis of the BWB objective functions using a GM based minimax optimisation method, ref. 7. The Pareto fronts found in the MOO analysis using the two approximation models are roughly the same (figure 3).…”

Section: Moo Of Bwb Aircraftmentioning

confidence: 63%

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Approximate Modelling and Multi Objective Optimisation in Aeronautic Design

Vankan

Maas

2003

JCM

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An investigation of efficient approximation methods for computationally expensive objective functions in aeronautic multidisciplinary design and multi objective optimisation is presented. Several approximation methods based on curve fitting using polynomials and artificial neural networks are considered. A comparison of these approximation methods in terms of the achieved quality and accuracy and the required computational cost is presented. The approximation models have been successfully applied in a preliminary design and multi objective optimisation study of a blended wing body aircraft.

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Section: Moo Of Bwb Aircraftmentioning

confidence: 63%

“…From the dataset available from the BWB parameter study, different approximation models can be generated and applied in the MOO analysis, in which GA and GM based MOO methods can be used, ref. 7. The MOO analysis, which leads to the so-called Pareto front, ref.…”

Section: Moo Of Bwb Aircraftmentioning

confidence: 99%

Approximate Modelling and Multi Objective Optimisation in Aeronautic Design

Vankan

Maas

2003

JCM

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“…This also ensures compliance to other external -CORBA compliant-software systems. SPINEware provides a suitable set of object classes for proper definition of many components in regular engineering environments [8], such as the Atomic Tool and Workflow classes for software tool and workflow components. With its user-oriented graphical desktop system -the SPINEware User Shell-SPINEware supports the realisation of flexible and easy-to-use application oriented working environments.…”

Section: Introductionmentioning

confidence: 99%

A SPINEware Based Computational Design Engine for Integrated Multi-Disciplinary Aircraft Design

Vankan¹,

Laban²

2002

9th AIAA/ISSMO Symposium on Multidisciplinary Analysis and Optimization

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A SPINEware based computational design A SPINEware based computational design A SPINEware based computational design A SPINEware based computational design engine for integrated multi-disciplinary engine for integrated multi-disciplinary engine for integrated multi-disciplinary engine for integrated multi-disciplinary aircraft design aircraft design aircraft design aircraft design A SPINEware based computational design A SPINEware based computational design A SPINEware based computational design A SPINEware based computational design engine for integrated multi-disciplinary engine for integrated multi-disciplinary engine for integrated multi-disciplinary engine for integrated multi-disciplinary aircraft design aircraft design aircraft design aircraft design

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