A CULTURAL ALGORITHM FOR OPTIMAL DESIGN OF TRUSS STRUCTURES

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SHAHIN JALILI
YOUSEF HOSSEINZADEG

Abstract

A CULTURAL ALGORITHM WAS UTILIZED IN THIS STUDY TO SOLVE OPTIMAL DESIGN OF TRUSS STRUCTURES PROBLEM ACHIEVING MINIMUM WEIGHT OBJECTIVE UNDER STRESS AND DEFLECTION CONSTRAINTS. THE ALGORITHM IS INSPIRED BY PRINCIPLES OF HUMAN SOCIAL EVOLUTION. IT SIMULATES THE SOCIAL INTERACTION BETWEEN THE PEOPLES AND THEIR BELIEFS IN A BELIEF SPACE. CA UTILIZES THE BELIEF SPACE AND POPULATION SPACE WHICH AFFECTS EACH OTHER BASED ON ACCEPTANCE AND INFLUENCE FUNCTIONS. THE BELIEF SPACE OF CA CONSISTS OF DIFFERENT KNOWLEDGE COMPONENTS. IN THIS PAPER, ONLY SITUATIONAL AND NORMATIVE KNOWLEDGE COMPONENTS ARE USED WITHIN THE BELIEF SPACE. THE PERFORMANCE OF THE METHOD IS DEMONSTRATED THROUGH FOUR BENCHMARK DESIGN EXAMPLES. COMPARISON OF THE OBTAINED RESULTS WITH THOSE OF SOME PREVIOUS STUDIES DEMONSTRATES THE EFFICIENCY OF THIS ALGORITHM.

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Author Biographies

SHAHIN JALILI, UNIVERSITY OF TABRIZ, IRAN

PHD STUDET, UNIVERSITY OF TABRIZ

YOUSEF HOSSEINZADEG, UNIVERSITY OF TABRIZ

ASSOCIATED PROFESSOR IN UNIVERSITY OF TABRIZ

STRUCTURAL ENGINEERING