Week - 4

Aim: To perform system-level simulations and to prepare technical report on various models of Baja all-terrain vehicle with Continuously Variable Transmission. Theory: An all-terrain vehicle (ATV) is a motorised off-highway vehicle with a seat designed to be straddled by the operator and handlebars for steering control…

Aim: To create Simulink model of a Washing machine control logic and vehicle gear shifting logic using stateflow as per given conditions. Washing Machine Theory: A washing machine is a device that cleans unclean cloths. It has a barrel that the items are placed in. This barrel is filled with water and circulated rapidly…

Aim: To create Simulink models of Doorbell using solenoid and Heater with a thermistor to sense the temperature to perform operations under given conditions. Doorbell Theory: Doorbell consists of several parts such as battery, switch, Electromagnet, spring and hammer as shown in figure (1). The main part of the bell system…

Aim: Develop a program that can solve and display Rankine Cycle parameters by inputs given by the user moreover, to plot T-S and H-S diagrams and to calculate total work done and back work ratio.  Theory and Governing Equations: The Rankine cycle is the basic working cycle of all power plants, in which an operating…

Aim: To develop a program to extract data and to calculate specific heat capacity, enthalpy, entropy and molecular weight of species from the provided file, moreover to plot graphs and to automatically save as image in the corresponding species named folders. Principle: Parsing is the process of examining a string of symbols…

Aim: To develop programs to solve genetic algorithm and different cases of it moreover, to study and understand principle and process of GA. Principle: The Genetic Algorithm is a well-known metaheuristic stochastic optimization algorithm based on Charles Darwin's theory of natural evolution's natural selection mechanisms.…

Aim: To create matlab program to solve ordinary differential equation that will replicate the motion of a simple pendulum with damping and to animate the movement. Principle: A mechanical mechanism that oscillates is the simple pendulum. As shown in Figure (1), it is made up of a point mass suspended from a fixed support…