Design Simulation, Analysis and Optimization

At the end of this course, the students should be able to: 1. analyse design alternatives using finite element tools to solve the differential equations that arise from the combination of general balance laws and the specific constitutive models; 2. perform linear analysis and simulation; and 3. optimise design for material reduction and strength maximization.

Computer graphics for modelling, design, and analysis. GUI based interaction with graphic design software. API graphics programming using Python or C++. Introduction to design applications in finite elements using computational fluid dynamics and multiphysical simulation for linear and nonlinear constitutive models; simulation and analysis tools such as fusion 360, NASTRAN, ANSYS, or solid works. Graphics for scenario analysis automation and optimization. Design project. Prerequisite: SSG 431