مرتضي يوسفي كيا

Nowadays , optimization has become one of the basic foundations in many engineering sciences. Optimization covers a wide range of engineering problems. This research aims to optimize the layout of satellite internal parts in three-dimensional space using optimization algorithms. In this thesis, it was tried to create a multi-objective optimization model according to the assumptions and requirements in the problem of optimizing the arrangement of the internal parts of the satellite in three-dimensional space, and using the epsilon constraint method, it was converted into a single-objective model; Then, three particle swarm optimization algorithms, gray wolf and Australian wild dog were compared to solve the presented model, and numerical results were eva‎luated for a case study, which showed better results in the Australian wild dog algorithm than the other two algorithms. Finally, Pareto fronts for optimal solutions were obtained and compromise solutions were presented using decision-making techniques for the results of the Australian wild dog optimization algorithm.

طراحي سه بعدي چيدمان , بهينه سازي چندهدفه , اجزا ماهواره , الگوريتم هاي فراابتكاري

3D Layout Design , Multi-objective optimization , Satellite components , Metaheuristic algorithms

Morteza Yoosefi Kiya

Dr. Mohammad Reza Mohammad Aliha