Project 1 Mechanical design of battery pack

Week 7 - Creating connection for Rear doorAim: To use ANSA software to establish connections for the car's rear door.GOAL:To give each subpart its unique property identity.To represent a bolt connection, an RBE2 element must be created.To depict a spot weld connection, an RBE3 Hexa RBE3 element must be created.To represent…

Week- 6 - Solid meshingAim-To mesh the given rearview mirror component in both 2D and 3D, after checking the model for geometrical errors and fixing them. Also, to ensure the generated mesh follows the given quality criteria. Quality criteria-Shell ElementsS.No Quality Criteria Value 1Target/Average…

  Project 1 - Meshing of Floor Panel   The objective is to extract the floor's mid-surface and establish a suitable mesh flow with appropriate quality standards in the model.   Goal: Open ANSA GUI and import the given file. Check the model for the cracks and damaged surface and correct it. Run the geometry…

Week - 4 - 2D meshing for Plastic components Objective: To extract the mid surface and mesh the given bottle cap component using given quality criteria and assign correct thickness to the property. S.No  Quality Criteria  Value  1 Target/Average length   1 2 Minimum Length  0.5 3 Maximum Length …

Week 3 - 2D meshing for Sheet metal   Question For the given Hood model, Take the mid surface after checking the geometrical errors and mesh the mid surface with the given element Quality criteria. (Refer to the table below for the Quality criteria)  S.No  Quality Criteria  Value  1 Target/Average…

Project 2 Thermal modeling of battery pack For a 10 cell series lithium ion battery model, simulate the thermal effects and compare life cycle performance at various temperatures, charge & discharge rates using MATLAB.  Below are the details of battery used for simulation: Battery data:- ANR26650M1 battery is…

Project 1 Mechanical design of battery pack   Battery pack capacity: 18 kWh Cell: ANR26650M1-B Prepare a detailed battery pack drawing along with its enclosure. State your assumptions.   Basic definitions: Battery :- A battery is a device that stores and provides electrical energy through a chemical reaction.…

WEEK 7 (STATE OF CHARGE ESTIMATION) Objective:  1.Simulate the 3 test cases from harness dashboard and write a detailed report on the results  2.What is coulomb counting? Refer to the above model and explain how BMS implements coulomb counting for SOC estimation ?  Hint :(Download the file from…

PLEASE FIND THE ATTACHED FILE

UDDS cycle results In UDDS cycle the accelerator pedal and brake pedal are used most of the times due to the traffic or city conditions which will effect the vehicle fuel consumption. Half of the transmitted power is wasted as shown above it can be improvised by hybrid electric vehicle which regenerates while braking and…

WASHING MACHINE Stateflow chart is used for the full process with conditions and actions as shown in below image and bus operator is used for number of outputs displayed is individually represented by numbers whether on(1) or off (0) in the display and constant is added as inputs to the chart. Output of chart is displayed…

Project: Doorbell Pulse generator which generates the pulse as an input to the switch through simulink ps converter which coverts the signal from simulink signals to physical signals one end of switch is connected to battery and another to solenoid, battery is connected to electrical reference(ground) and then solenoid…

Enthalpy function H = Enthalpy(A1,A2,A3,A4,A5,A6,A8,A9,A10,A11,A12,A13,T,R,gt_mid) % Created function for enthalpy %by comparing with the global_temperature %Minimum co-effs will be taken if it is below global medium temperature %Maximum co-effs will be taken if it is above global medium temperature if T <= gt_mid H…

Stalagmite function %Stalagmite function or formula function [fmax] = stalagmite(input_vector) f1x = (sin((5.1*pi*input_vector(1)) + 0.5))^6; f1y = (sin((5.1*pi*input_vector(2)) + 0.5))^6; f2x = exp(-4 * log(2) * (((input_vector(1)-0.0667).^2)/0.64)); f2y = exp(-4 * log(2) * (((input_vector(2)-0.0667).^2)/0.64)); fmax…

Main program %Solving second order ODE close all clear all clc %Inputs b= 0.05; %Damping co-efficient; g= 9.81; %Gravity (m/s^2); l= 1; %Length (m); m= 1; %Mass (kg); %Initial condition theta_0=[0;3]; %Time points t_span= linspace(0,20,500); %Solve ode [t, results] = ode45(@(t, theta) ode_func(t, theta, b, g, l, m), t_span,…