Week 6-Meshing of Hood Challenge

Aim: a) To write code to optimize the stalagmite function, and to find the global maxima of the function. b) Plot graphs for all 3 case studies. Theory: Stalagmite Optimization Function Stalagmite Functions are mathematical functions, used to determine global and local maxima and minima. The function is defined as shown…

Aim:        a) Write a program to solve the below second order differential equation.                           b) Write a program to simulate pendulum motion.   Theory:  a) The second-order differential equation, represents the damped motion of a simple pendulum.  b)  The transient behaviour of a system can be represented…

Aim: a) Extract the mid-surface of the given hood model. b) Clean-Up the geometry as per the requirement. c) Mesh the hood model according to the given quality criteria.   Software used: Software used for the given model is Altair- Hypermesh, a pre-processor used to mesh the model as per the quality.   Quality Required:…

Aim: a) Check the given DashBoard for the geometrical errors. b) Mesh the component with the given quality criteria.   Software used: ANSA v19.1.5   Quality Criteria for the given Model:                                                    …

Aim: For the given Suspension Assembly a) Check for the geometrical errors b) Mesh with the given set of quality criteria c) Thickness has to be assigned for mid-surface components d) Non-Uniform thickness components should be meshed using tetra elements e) Connection has to be made where it is required   Procedure:…