A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Constrained Optimization
Abstract Most problems in structural optimization cannot be formulated as unconstrained minimization problems. In fact, in a typical structural design problem the objective function is a fairly simple function of the design variables (e.g. weight). However, the design has to satisfy a host of stress, displacement, buckling, and frequency constraints. These constraints are usually complex functions of the design variables available only from an analysis of a finite element model of the structure. This chapter offers a review of methods that are commonly used to solve such constrained problems.
Constrained Optimization
Abstract Most problems in structural optimization cannot be formulated as unconstrained minimization problems. In fact, in a typical structural design problem the objective function is a fairly simple function of the design variables (e.g. weight). However, the design has to satisfy a host of stress, displacement, buckling, and frequency constraints. These constraints are usually complex functions of the design variables available only from an analysis of a finite element model of the structure. This chapter offers a review of methods that are commonly used to solve such constrained problems.
Constrained Optimization
Haftka, Raphael T. (author) / Gürdal, Zafer (author) / Kamat, Manohar P. (author)
Second revised edition
1990-01-01
41 pages
Article/Chapter (Book)
Electronic Resource
English
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