11:13 ..1 4G < 49325 CAMD-Assig... B Question 2 (10 marks): A topology optimization problem to improve stiffness of a me

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11 13 1 4g 49325 Camd Assig B Question 2 10 Marks A Topology Optimization Problem To Improve Stiffness Of A Me 1 (56.09 KiB) Viewed 19 times

11:13 ..1 4G < 49325 CAMD-Assig... B Question 2 (10 marks): A topology optimization problem to improve stiffness of a mechanical structure is shown in Fig 2. The objective function is assumed to minimize structural strain energy (or compliance), and the constraint V is the allowable material to be used in the design domain. (1) Please describe the flowchart as well as the main steps involved in the numerical implementation of the topological design optimization based on the finite element analysis. (2) We assume the objective function C-{U'>[K] {U}, where {U} is the vector consisting nodul displacements, and [K] is global stiffness matrix with variable material. If [K]=b) [K.), where p is the regularized clement densities (design variables), and (Ku) is global stiffness matrix with full solid material. What are the sensitivities (first-order derivatives) for C with respect to the design variables? Fig 2. Example of a topologically optimised design for a supporting structure 2/2 Dashboard Calendar To Do Notifications Inbox