P-V DIAGRAM PLOT OF OTTO CYCLE USING MATLAB

1.   For EV_defaults_in file, if cargo mass is 500 kg with all other default conditions, can the vehicle travel for 45 km with FTP drive cycle? Conclude your observations. SOLUTION: Using advisor tool, Procedure: 1. Set the folder location same as ADVISOR tool. 2. Type the command as advisor in the command Window.…

CHALLENGE 1: SIMULINK MODEL FOR IMPLEMENTING THE CONTOL LOGIC OF A WASHING MACHINE USING STATEFLOW AS PER THE GIVEN SEQUENCE: WORKING: 1. The following blocks are used in the shown model: ROCKER SWITCH (2) - to toggle ON/OFF the POWER & WATER SUPPLIES. CONSTANT BLOCKS (2) - to connect the ON/OFF values to the Input of…

SIMULINK MODELING:   1. MAKING A SIMULINK MODEL OF A DOORBELL USING A SOLENOID BLOCK WITH 2 SECOND RELEASE OF SWITCH:   SIMULINK MODEL:   WORKING: 1. Pulse Generator block is used to generate the pulse to make the switch to Switch to ON state. Pulse Generator properties are set as shown below: 2. SIMULINK-PS Converter…

CODE USED IN MATLAB: 1.OUTPUT HEADERS: %RANKINE CYCLE SIMULATOR clear all close all clc %OUTPUT HEADERS disp('\n RANKINE CYCLE SIMULATOR') disp('\n1-2 is ISENTROPIC EXPANSION IN THE TURBINE ') disp('\n2-3 is CONSTANT PRESSURE HEAT REJECTION BY THE CONDENSER ') disp('\n3-4 is ISENTROPIC COMPRESSION IN THE PUMP ') disp('\n4-1…

1. MAIN CODE clear all close all clc %INPUTS REQUIRED species_name1 = input('Enter the name of the Species','s') comp = upper(species_name1); %OPENING THE DATA FILE f1 = fopen('THERMO.dat','r'); header = fgetl(f1); %READING THE VALUES OF GLOBAL TEMPERATURE global_temperature = fgetl(f1); x = strsplit(global_temperature);…

1. Code for optimising the Stalagmite function and finding the Global maxima and minima Step 1: Clearing the previous output from the screen and defining the search space using linspace command clear all close all clc %defining our search space x = linspace(0,0.6,150); y = linspace(0,0.6,150); iterations = 50; Explanation:…

  STEP 1: CLEARING THE PREVIOUS OUTPUT SCREEN AND INITIALIZING THE VALUES clear all close all clc b = 0.05;%damping coefficient g = 9.81;%gravity l = 1;%length m = 1;%mass STEP 2: DEFINING THE INITIAL CONDITION AND THE TIME INTERVAL %initial condition theta_0 = [0;5]; %time points t_span = linspace(0,10,500); STEP…

   The typical air-standard Otto-cycle which is generally used in the Petrol engines has 4 different process in its cycle. They are as follows PROCESS 1-2 : ADIABATIC COMPRESSION PROCESS 2-3 : CONSTANT VOLUME HEAT ADDITION PROCESS 3-4 : ADIABATIC EXPANSION PROCESS 4-1 : CONSTANT VOLUME HEAT REJECTION  …