Titlebook: Evolutionary Structural Optimization; Y. M. Xie,G. P. Steven Book 1997 Springer-Verlag London 1997 Fundament.Kette.beam.design.design proc

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Basic Evolutionary Structural Optimization,onary structural optimization (ESO). Various design constraints such as stiffness, frequency and buckling load may be imposed upon a structure. Depending on the types of design constraints, different rejection criteria for removing material need to be used. For each type of constraints, the correspo

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ESO for Multiple Load Cases and Multiple Support Environments,es. The former is referred to as structures with ., and the later .. The ESO procedures for the optimal design of structures with multiple load cases and multiple support environments are the topics of this chapter. Original research on these topics was first reported by Xie and Steven (1994) and St

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Frequency Optimization,occurs when the frequency of the dynamic loading is close to one of the natural frequencies of the structure. The optimum design of structures with frequency constraints is of great importance, particularly in the aeronautical and automotive industries. In order to avoid severe vibration, it is ofte

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