Project - Position control of mass spring damper system

1)  Cell  Materials Charging Discharging LCO Anode- Graphite Cathode-Lithium Cobalt Oxide Electrolyte-lithium salts dissolved in solvents e.g. `LiPF_6` lithium  hexafluorophosphate dissolved in organic carbonates Separator-microporous polymer membrane Current collector-aluminium(cathode),copper(anode) `Li_xCoO_2+xLi^++xe^- …

Aim: To set up transient simulation of flow over the throttle body. Procedure:  To create / import geometry:  1) click on file > import > import STL then select the path of.STL file to be imported and click import.  2) After importing geometry delete the thickness and patch the open edges. to…

a) Creating Fuel economy numbers in Excel Code- %% Creating Table for Fuel Economy in Excelif Drive_Cycle_Select == 1 load DriveCycles/UDDS; filename ='Fuel_Eco.xlsx'; writematrix(Fuel_eco,filename,'Sheet',1,'Range','A1'); elseif Drive_Cycle_Select == 2 load DriveCycles/HWFET; filename ='Fuel_Eco.xlsx'; writematrix(Fuel_eco,filename,'Sheet',1,'Range','B1');end…

Aim- To model a mass spring damper system and design a PID controller to adjust the force applied to the mass so that its position can track a reference signal. Introduction- The project involves obtaining the transfer function of the system, analyzing its response characteristics, and designing a PID controller using…

Objective: The objective of the project is to read the given data from an excel file and interpolate it in the range -17.3:0.1:0.9. After interpolation plot the graph of interpolated data and write the data in a text file.  Code:   v=xlsread('VI.xlsx','Sheet1','A2:A25');         …

Q.1) i) Battery ii) Starter iii) Voltage regulator iv) Generator v) Ignition coil vi) Fuse vii) Junction box viii) Lamps/Indicators: Tail light, Parking light, Scaled beam, turn indicators ix) Distributor x) Foot selector switch   Q.2)  i) Generator: Purpose: The generator converts the mechanical energy of the vehicle…

Aim: To set up transient shock tube simulation. Introduction: The shock tube is an instrument used to replicate and direct blast waves at a sensor or model in order to simulate actual explosions and their effects usually on a smaller scale. They are also used to study combustion and chemical kinetics at high temperatures…

Aim: To set up flow simulation through a pipe for studying conjugate heat transfer. Introduction: Conjugate Heat Transfer: Heat transfer is an exchange of thermal energies between two bodies at different temperatures. this rate is directly proportional to the temperature difference between these two bodies.  Conjugate…

Aim: To perform simulation of the Prandtl Meyer shock problem. 1) Boundary conditions used for shock flow problems: i)Neumann boundary conditions: It is the Second type Boundary condition or The Neumann boundary condition define the value of a normal derivative of a function on the surface. dy/dn = f(t).The normal…

Aim: To set up a steady-state simulation of flow over a throttle body. Procedure:  To create / import geometry:  1) click on file > import > import STL then select the path of .STL file to be imported and click import.  2) After importing geometry delete the thickness and seal the ends. To delete…

Aim: To set up channel flow simulation over a backward-facing step in three different mesh sizes 1) 2e-3m 2) 1.5e-3m 3) 1e-3m.  Theory:     Fluid enters the channel through the narrow passage as it is flowing through the passage the velocity profile is parabolic but when the fluid enters the region where…

Aim: To set up channel flow simulation in converge studio in three different mesh sizes 1) 2e-4 2) 1.5e-4 3) 1e-4 and analyze the results Procedure: To Create geometry: Open converge studio to start a new project. Create geometry using Create>Shape>Box specify the dimensions and position of the box. To assign boundaries…