Abstract: Uncertainty is inevitable and has to be taken into consideration in engineering optimization; otherwise, the obtained optimal solution may become infeasible or its performance can degrade significantly. Robust optimization ...

Abstract: Uncertainty is a very critical but inevitable issue in design optimization. Compared to singleobjective optimization problems, the situation becomes more difficult for multiobjective engineering optimization problems under ...

Abstract: Multi-objective problems are encountered in many engineering applications and multi-objective optimization (MOO) approaches have been proposed to search for Pareto solutions. Due to the nature of searching for multiple ...

Abstract: Abstract The safe disposal of high-level radioactive waste (HLW) is crucial for environmental protection and the sustainable development of nuclear energy. As the primary disposal method, deep geological disposal requires ...

Abstract: Traditional topology optimization is usually carried out with approaches where structural boundaries are represented in an implicit way. The aim of the present paper is to develop a topology optimization framework where ...

Abstract: Multi-objective optimization (MOO) problems are encountered in many applications, of which bi-objective problems are frequently met. Despite the computational efforts, the quality of the Pareto front is also a considerable ...

Abstract: As the fundamental part of battery production, the electrode manufacturing processes have a key impact on the mechanical and electrochemical properties of batteries. A comprehensive study is designed in this paper to reveal ...