Project 1

Project 1:  The development of a forward energy-based fuel consumption model of a conventional vehicle. Steps followed: 1) Loaded the Project1 folder as the Current Folder in Matlab.2) Ran the “Project1_InitFile.m” Matlab script.3) Completed the provided vehicle Simulink model “Project1_VehicleModel.slx”…

Question 1 Ans; 1)Current and Voltage Regulator 2)Battery 3)Breaker 4)Fuses 5)Lights 6)Starter Motor 7)Generator 8)Foot Selector Switch 9)Ammeter 10)Light swiches 11)Earth Connection %%Automotive Elements 11)Ignition Switch 12)Ignition Coil 13)Fuel Gauge 14)Horn 15)Junction Block 16)Distributor   ---------------------------------------------------------------------------…

Answer:     An automotive wiring harness is a bundle of wires, connectors, and other components that are used to transmit electrical power and signals within a vehicle. It serves as the nervous system of the vehicle, connecting various electrical components such as sensors, switches, lights, and other electronic…

Project Summary: Automotive Backdoor Wiring Harness Design     Objective: Design a wiring harness for the backdoor of an automotive vehicle using CATIA V5, ensuring efficient routing, proper component integration, and compliance with safety standards.   Key Steps:   Requirements Gathering: Understand…

Question 1 Answer: Flattening Product: Harness flattening parameters: Flattening drawing sheet:   Description: Took the wiring harness assembly from week 4 challenge as mentioned. Moved to Harness flattening workbench & defined the parameters. To differenciate the bundles & Protective coverings (Corrugated tubes) in the…

Question 1 Ans: Description:   Downloaded the connectors 3D CAD part from the above given link.  Most of the connectors we have done already, so i used that. Used 2D sketcher workbench to drew the lines & points to fix the connectors in the appropriate place as mentioned in the question. Created the Harness A & Harness…

Q1 Ans: Description: Downloaded all the connectors 3D CAD Part from the provided link. Electrically defined all the connectors. Set the axis & points. Set the bundle entry point & connector connection point. By using Sketcher 2D workbench, drew the lines and points which i was going to fix the connectors as mentioned in…

 Question 1 Ans: Downloaded the P Clamp CAD part file(IGS File) from the given link. Defined the geometrical parameters.(Axis, Planes & Point). According to the P Clamp, should define the 3 planes. Geometical bundle entry plane, exit plane & the base plane. Moved to electrical part design workbench. Defined…

 Deutsch DT06 – 08SA  Tyco 174357-2   Tyco 85229-1   Downloaded the above Connectors CAD file(IGS File) from the given link. Downloaded the cavity connection clip also from the given link. Created the required geometrical parameters(Axis & Point) at the part design workbench. first connector( Deutsch DT06 – 08SA ) has…

Ans: Project 2-Development of a forward energy-based fuel consumption model of a P1 hybrid vehicle. Stepps Followed: 1) Loaded the Project2 folder as the Current Folder in Matlab.2) Ran the “Project2_InitFile.m” Matlab script.3) Copied the Conventional vehicle Simulink model created for Project 1 in this folder.…

AIM: Develop a double-acting actuator model using Simscape Multibody and Simscape components. The mechanical system of the cylinder needs to be built using Simscape Multibody library components / blocks, and the hydraulic system needs to be modelled using Simscape library physical components. An Actuator: An Actuator…

Position control of spring mass damper system: Given datas: m=3.6 kg k=400 N/m c=100 Ns/m Transfer function of spring mass damper system f(t)-cdx/dt-kx=m*d^2x/dt^2 Applying laplace transform, F(s)=(ms^2+cs+k)X(s) Transfer function T(s)=1/(ms^2+cs+k) State space model for the spring mass damper system [A & B matrices]…

Ans; %%interpolation range -17.3:0.1:0.9 D=xlsread('VI.xlsx'); %loading the given excel file data V=D(:,1); I=D(:,2); GivenRange=-17.3:0.1:0.9; Iint1=interp1(V,I,GivenRange,"linear"); %interp1 for calculate the values Iint2=interp1(V,I,GivenRange,"spline"); %interpolating in spline method plot(V,I,'g*',Gr,Iint1,'r--');…