Week 3 - Solving second order ODEs

1. Aim: To demonstrate the physical working of the dynamic bicycle model under a "Perturbation" dynamics using Matlab.   2. Principle Description: 2.1 The Dynamic Bicycle Model: 2.1.1 Parameters: m: Vehicle mass. `I_z`: Moment of Inertia of the vehicle about the z-axis. r: Yaw rate. `l_f , l_r`: Distance of CG to…

1. Aim: To build a simulator which displays results based on the XSteam Library and displays the Rankine Cycle T-S and H-S Curves. Along with this, our script must also display some results on to the command window with a complete simulator-like environment.  2. Object Description: 2.1 Rankine Cycle: The Rankine Cycle…

1. Aim: To conduct the file parsing for the recorded data by NASA which consists of co-efficients that are used to calculate Specific Heat, Entropy and Enthalpy. In the main script, encorporate commands that create and save a seperate directory that stores all the plots in sub-folders with folder title as the specific…

Aim: To write a Matlab Script which optimizes the stalagmite function and also returns the global maxima of the function. To present a thorough discussion on the principle of GA(Genetic Algorithm) and how its useful in programming today along with the ga syntax in Matlab. The written script should give the same output…

Aim: To present a code that outputs the motion of a pendulum similar to the sample GIF following the given ODE:`d^2/dt^2(theta)+(b/m)*d/dt(theta)+(g/l)*sin theta=0`  To capture this motion in a video file.   Governing Equation: A differential equation is the most straightforward way to represent any process that…