Titlebook: Computational Structural Analysis and Finite Element Methods; A. Kaveh Book 2014 Springer International Publishing Switzerland 2014 Applic

含糊

自然環(huán)境

Conflict

K. Thirumaran,G. Balaji,N. Devi Prasadecomposition of structural models using graph theory approaches. First, efficient graph theory methods are presented for the optimal decomposition of space structures. The subdomaining approaches are then presented for partitioning of finite element models. A substructuring technique for the force m

任命

灰姑娘

Bioclimatic Design for Informal Settlementslyzing structures with larger number of members requires larger memory size and longer computation time. In addition, this costly computation has to be repeated many times, typically over 10,000 times, because the cross section size of the members is not determined in the early stages of designing s

美學(xué)

Optimal Force Method: Analysis of Skeletal Structures,tures, such as rigid-jointed planar and space frames, pin-jointed planar trusses and ball-jointed space trusses. Then the progress made in the force method of structural analysis in recent years is presented. Efficient methods are developed for the formation of highly sparse flexibility matrices for different types of skeletal structures.

Optimum

Optimal Displacement Method of Structural Analysis,ional aspects are discussed and many worked examples are included to illustrate the concepts and principles being used. In order to show the generality of the methods introduced for the formation of the element stiffness matrices, the stiffness matrix of a simple finite element is also derived.

細(xì)絲

Decomposition for Parallel Computing: Graph Theory Methods,ecomposition of structural models using graph theory approaches. First, efficient graph theory methods are presented for the optimal decomposition of space structures. The subdomaining approaches are then presented for partitioning of finite element models. A substructuring technique for the force method of structural analysis is discussed.

誘騙

A. KavehEfficient methods leading to highly sparse and banded structural matrices.Application of graph theory for efficient analysis of skeletal structures.Many worked examples and exercises will help the rea

閃光東本

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