Benchmarking

Aim: Route the Wiring Harness on given Car body and prepare flatten view drawing in Catia V5 Objective: The objective of this project is to route the wiring harness and prepare flatten view drawing for the tailgate of the car. All types of packaging rules have to be considered while routing the harness and industry-based…

Aim: To route the wiring harness on given Engine and flatten view drawing in CATIA V5. Objective: The objective of the project is to route the wiring harness on given Bugatti V16 Engine and prepare flatten view drawing in CATIA V5. All types of packaging rules have to be considered while routing the harness. Also, Industry…

Q1. Flatten the harness assembly completed in “ week 4 challenge”. Place the flattened view on drawing sheet. Ensure bundles with protective coverings has different visuals on drawing view. AIM: To flatten the wire harness assembly completed in week 4 assignment and place the flattened view on a drawing sheet.…

Q1. Route the following harness layout in Electrical workbench. Make assumption for harness bundle diameters. Use the connectors provided. After completion of routing, Check the bundle Continuity. Add snap of result in submission Add annotation to all connectors. Make an assumptions for annotations like connect 1 , 2 etc…

Q1. Route the following harness layout in Electrical workbench. Make assumption for harness bundle diameters. Use Following connectors as shown in layout diagram. Add protective covering on all branches connected to DT06-2S & DT06-4S connectors. Keep end extremity at 30mm (from connectors end)   Download connector 3D data…

Q1. Download following cad data & define it as Electrical support using Electrical Part design Workbench. Define all the necessary properties. P clamp   PROCEDURE: The given clip was downloaded and opened as a part file. I have to define two points that will be used as entry and exit points. Then a plane has to be defined…

AIM: To Download following connectors & Connector clip cad data from given link & define it as Electrical Connector using Electrical Part design Workbench. Define all the necessary properties to Connectors & Clip. Deutsch DT06 – 08SA ( https://www.te.com/usa-en/product-DT06-08SA.html) Tyco 174357-2…

AIM:  To Assemble and apply GD&T to the butterfly valve assembly drawing using SIEMENS NX CAD. OBJECTIVE: The objective is to design & assemble the components of the butterfly valve using various modeling & assembly features in SIEMENS NX CAD. Developing drawing sheets of butterfly valve assembly using…

AIM: To Design the outer upper and lower panel, inner panel with the necessary reinforcements by following the Master section with the design parameter for the given class A surface.  INTRODUCTION: A door is a hinged part which is used for entry and exit of the vehicles. Back doors are one of the type doors of the…

Aim:  Design of the front roof rail, rear roof rail, and bow roof for the roof of the vehicles with the help of the given skin data of the roof according to snow load condition and hear distortion criteria. Objective: Study different type of the roof available in the market. Study about the heat distortion criteria…

AIM:- To desing the car fender according to the given design parameters related to industry standard. INTRODUCTION : Design of any product starts from an requirement . The design engineer sketches the product based on the the requirement . Then the 2D sketch  with the proper dimensions is converted into the 3D model…

Aim :      To calculate the wheel arch gap at required points and check whether the car passes the European standard. Objective : Study about the different wheel arch gap standards. Draw the lines at the required angle and points for the European standard. Measure the distance at each angles and mention…

Aim  To calculate the section modulus of the previously designed hood for analyzing its strength and also optimizing the design to see the difference in the bending strength of the hood. Higher the section modulus of a structure, the more the resistive it becomes to bending. Section modulus Section modulus is a geometric…

AIM: To create a hood assembly from the hood outer panel which is provided as input surface to us according to the master section sketch. INTRODUCTION The hood is the hinged cover over the engine of motor vehicles. Hoods can open to allow access to the engine compartment (or trunk on rear-engine and some mid-engine vehicles)…

  1. Write a one-pager about Under-Body Coating and its purpose, its types in detail, and its pros and cons. UNDERBODY COATING  Underbody Coating is a sprayable coating, which protects the under surface of the vehicle from corrosion. Underbody coating provides long term protection…

Aim:         To expain about Benchmarking and finding a good car for Mr.D.S.Pughazhyendhii by comparing the cars. WHAT IS BENCHMARKING ? It is the process of comparing one's business process and performance metrics to industries bests and/or best practises from other industries.Process benchmarking…

Aim :  To create a CAD model of a side door trim panel from given class A surface. Objective:  a) Creation of side door trim panel from given class A surface . Apply thickness to it and use attachment features.  b) Creation of flanges and heat stakes from given master sections. c) Creation of dog house and…

Aim:  To create 2 assemblies according to the content covered in the course videos. You will be provided with 2D diagrams of the components and you will have to first create the individual part files and then create a complete assembly of those part files in the assembly workbench. After creating the assembly make…

Aim :        To create the A Pillar Design with the master section given as the intersection sketch with the Class A surface and create the tooling axis and perform the Draft analysis for the final solid part. Objective : Create the required Tooling axis by using master section and bisecting methode.…

AIM: Create the Door Trim Lower Plastic component through the given Class-A surface. To begin with, the tooling axis for the given Class-A Surface should be created meeting the requirements of the draft angle and at the end perform the Draft analysis on the model.  Create the Heat Stakes and the locators considering…

AIM: To Create the Dog House for the Door Trim considering the design rules  CLASS A SURFACE: Import the given catpart file. Tooling axis creation: Class A draft: Class B Surface Creation- To create class B surface offset the class A with proper direction and distance. Here distance is the thickness of the component.…

Aim: To Create the rib for the Drill Handle considering the design rules. RIBS- Ribs are indispensable functional structures on many plastic parts. It can effectively improve the rigidity and strength of plastic parts like the H beam. Ribs are generally designed on the non-appearing surface of the plastic part, and…

AIM: To Create the Core and cavity blocks for the switch bezel designed.  1). Tooling Axis: Tooling axis is the axis in which core cavity open during completion of injection molding. To create the tooling axis, we need the proper orientation or view that gives the correct features and draft available in the component.…

Aim: Create the Bumper Plastic component through the given Class-A surface. To begin with, the tooling axis for the given Class-A Surface should be created meeting the requirements of the draft angle and at the end perform the Draft analysis on the model.  Take the Thickness of the component to be 3 mm Class…

AIM: To create the coin holder plastic component through the given Class A surface. To begin with the tooling axis for the given Class-A surface should be created meeting the requirements of the draft angle and at the end perform the draft analysis on the model. Take the thickness of the component to be 2.5mm. DESCRIPTION:…

Aim: Create the Switch Bezel Plastic component through the given Class-A surface. To begin with, the tooling axis for the given Class-A Surface should be created meeting the requirements of the draft angle and at the end perform the Draft analysis on the model.  Take the Thickness of the component to be 2.5 mm…

Aim:  To Create the Base Bracket Plastic component through the given Class-A surface. To begin with, the tooling axis for the given Class-A Surface should be created meeting the requirements of the draft angle and at the end perform the Draft analysis on the model.  Procedure: First import the surface or…

Aim: To build a Simulink model for speed control of direct current (DC) motor. Objective: In this project, a Simulink model for the DC motor will be first developed per the schematic shown in Figure 1. Use the Proportional, Integral, and Derivative (PID) control design knowledge gained in the training to design, develop…

Aim: From the given file “engine_data.out”, All the data inside the file has to be read and some tasks to be performed by using that data inside the file, with PYTHON programming language. OBJECTIVE: Task -1: The PYTHON code should exit gracefully if a non-compatible file is provided as an input. It should say something…

Aim: What does popt and pcov mean?        What does np.array(temperature) do? What does the * in *popt mean? Write code to fit a linear and cubic polynomial for the Cp data. Explain if your results are good or bad.  What needs to be done in order to make the curve fit perfect? Show empirically…

Aim:  To Write a program in Python that will simulate the pendulum motion. ODE is used to describe the transient     behaviour of a system. Objective:  To simulate the transient behaviour of a simple pendulum and to create an animation of its motion. Problem statement: In Engineering, ODE is used…

Aim: To write the python code Based on the concepts of the forward kinematics routine, that can solve an otto cycle and make plots for it. Objective: Your code should create a PV diagram You should output the thermal efficiency of the engine. Problem statement: Introduction of otto cycle: An Otto cycle is an idealized…

%Read the excel file in the Matlab program and perform the interpolation clc; data=xlsread('VI.xlsx');% file reading V=data(:,1); %voltage I=data(:,2); %current xq=-17.3:0.1:0.9; yq=interp1(V,I,xq,'spline'); figure(1); plot(V,I,'o',xq,yq,':.'); grid; title('voltage vs current'); xlabel('voltage');ylabel('current');grid;…