WCSMO-1 : Proceedings of the First World Congress of Structural and Multidisciplinary Optimization : 28 May-2 June 1995, Goslar, Germany
著者
書誌事項
WCSMO-1 : Proceedings of the First World Congress of Structural and Multidisciplinary Optimization : 28 May-2 June 1995, Goslar, Germany
Pergamon , Elsevier Science, c1995
1st ed
- タイトル別名
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WCSMO-1 : Structural and multidisciplinary optimization
WCSMO-1 : First World Congress of Structural and Multidisciplinary Optimization
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注記
Sponsored by International Society for Structural and Multidisciplinary Optimization
内容説明・目次
内容説明
The First World Congress of Structural and Multidisciplinary Optimization (WCSMO-1) was held in Goslar, Lower Saxony, Germany from 28 May to 2 June 1995. Its aim was to bring together, at a single international meeting, researchers and practitioners in the field of structural optimization. This aim was met and these proceedings contain contributed papers presented at WCSMO-1, demonstrating the strong activity, recent advances and increasing importance of the field of optimum design. The book facilitates overview and easy access to these papers by categorizing them under 26 topics of modern optimization and by providing author and keyword indices.
目次
- Part 1 Lectures: algorithms, a new separable approximation scheme for topological problems and optimization problems characterized by a large number of design variables, P. Duysinx et al
- approximation concepts - shape optimization strategies using the multi-point approximation method and adaptive mesh refinement, F. van Keulen et al
- truss lay-out - layout optimization using reduction and expansion processes, U. Kirsch
- topology optimization - the perimeter method - a new approach to variable-topology shape design, R.B. Haber et al
- optimum design of lattice continuum material suggested by mechanical adaptation model of cancellous bone, M. Takana et al
- some recent extensions in the distribution of isotropic material, H.P. Mlejnek
- laminates - anti-optimization technique for designing composite structures, M. Lombardi et al
- shape optimization - models for shape optimization of dynamically loaded machine parts, J. Grunwald and E. Schnak
- design parameterization - hierarchical modelling in shape optimization, A. Falk et al
- analysis and optimization - an efficiency study of the simultaneous analysis and design of structures, A.G. Striz et al
- non-linear elasticity - shape design sensitivity analysis of hyperelastic solids, K.K. Choi and W. Duan
- plasticity - analysis and optimization of weakly coupled thermo-elasto-plastic systems with applications to weldment design, P. Michaleris et al
- viscoelasticity - some general theorems on optimality of disks with respect to ductile creep rupture, K. Szuwalski
- plates and shells - optimization of stiffened sandwich plates under static and vibration damping constraints calculating the reduced thickness of the stiffened face, F.J. Szabo
- optimal structural control and design - integrated optimal structural and control design, J.-S. Ou and N. Kikuchi
- dynamic loads - optimal design of one-dimensional distributed-parameter structures for forced-mode compliance, I. Takewaki and T. Nakamura
- multiple eigenvalues - layout design of plate reinforcements with a buckling load criterion, J. Folgado et al
- optimal buckling design of composite plates, J.S. Hansen
- postbuckling - design trends of minimum-weight blade-stiffened composite panel for postbuckling response, C.A. Perry and Z. Gurdal
- non-conservative problems - optimization of a fluid-conveying tubes, M. Langthjem
- fluid flow problems - shape optimization for a fluid-heat coupled system, D. Chenais et al
- multicriterion optimization - a multicriteria view of the Rayleigh quotient, W. Stadler
- multidisciplinary optimization - dynamic optimization of space structures and recent developments of MCADS, Y. Gu and G. Cheng. Part 2 Decomposition methods: decomposition of simultaneous analysis and design models, N. Michelena et al
- multibody systems - sensitivity analysis of mechanisms based on the joint coordinate method, J.M. Hansen and D.A. Tortorelli
- reliability based optimization - design sensitivity (Part contents)
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