Titlebook: Colliding Bodies Optimization; Extensions and Appli A. Kaveh,V.R. Mahdavi Book 2015 Springer International Publishing Switzerland 2015 Coll

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A Comparative Study of CBO and ECBO for Optimal Design of Structuresodies optimization (ECBO) that utilizes memory to save some historically best solution and uses a random procedure to avoid local optima is also applied to skeletal structures. The capability of the CBO and ECBO are compared through two trusses and two frames structures. The design constraints of st

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Optimum Design of Castellated Beams Utilizing Colliding Bodies Optimizationowable deflections, and the high strength properties of steel, it cannot always be utilized to the best advantage. As a result, several new methods have been developed for increasing the stiffness of beams without necessity to increase the weight of the required steel.

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Resource Allocation and Time-Cost Trade-Off Using Colliding Bodies Optimization methods have been adopted to solve this problem, however, new metaheuristics are available to solve this problem for finding better solution with less computational time. In this chapter, two new metaheuristic algorithms, charged system search (CSS) and colliding body optimization (CBO), are utiliz

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Resource Allocation and Time-Cost Trade-Off Using Colliding Bodies Optimizations computational time. In this chapter, two new metaheuristic algorithms, charged system search (CSS) and colliding body optimization (CBO), are utilized for solving this problem. The results show that both of these algorithms find reasonable solutions, however CBO could find the result in a less computational time having a better quality.

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Sounds and Sighs: “Voice Porn” for Womeneel frames are imposed according to the provisions of LRFD-AISC. The numerical results show the successful performance of the ECBO algorithm in comparison to the CBO, and some other well-known meta-heuristics in structural optimization.

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A Comparative Study of CBO and ECBO for Optimal Design of Structureseel frames are imposed according to the provisions of LRFD-AISC. The numerical results show the successful performance of the ECBO algorithm in comparison to the CBO, and some other well-known meta-heuristics in structural optimization.