Assignment 3-2D Element Formulation Challenge

AIM: To conduct the different case studies by modifying the material cards To compare the results of each case study after post-processing   THEORY: We learnt different material cards for Isotropic elasto-plastic materials and viscous materials. For Isotropic elasto-plastic materials: Law 2/ Johnson-cook material…

1. AIM: To compare simulation results of models run without properties and with properties by observing various graphs such as internal energy, kinetic energy, total energy and hourglass energy   2. Objective: To run the simulation without changing the property card To run the simulation after changing the property…

I. AIM: To solve an Ordinary Differential Equation (ODE) and simulate & animate the motion of a pendulum using the 'ode45' command in MATLAB.   II. GOVERNING EQUATIONS:   `(d^2theta)/(d^2t) + b/m.(d theta)/dt + g/L.sin(theta) = 0` where,         b = damping coefficient    …

I. AIM: To optimise the stalagmite function and find the global maxima.   II. OBJECTIVES: - To understand how genetic algorithm (GA) works - To find the global maxima of the stalagmite function    III. THEORY: 1.) Stalagmite function: A stalagmite is a type of speleothem that rises from the floor…