Three-dimentional design layout optimization for mechatronic devices using the simulated annealing approch

In this paper we look at a combinatorial optimization problem in application to a layout of mechatronic devices. There is a need to create a flexible and intelligent design tool, which allows an engineer to handle the complexity and non-linearity of a 3D mechatronic design task. The objective of the research is to develop a feasible optimization algorithm based on Simulated Annealing (SA). SA is a family of randomized algorithms used to solve many combinatorial optimization problems. This paper presents a conceptual model of integrated design environment based on SA algorithm embedded into Solid Works. The focus is on structural optimization with housing and layout modeling, with the objective to minimize the required assembly space. Also we present an attempt to automate the design process by introduction of integrative modeling of a set of design modules, which can be selected and linked together to provide tailored modeling solutions to a variety of design problems.