Week 9 - Project 1 - Door Applique Design with Engineering Features

Aim: The main aim of the challenge is to define the components electrically and to arrange them according to the given routing using electrical assembly workbench and also to create flattening for the routing which has been created using electrical flattening workbench. Also to create drafting for the electrical routing…

Aim: To define the electrical parameters for the given connectors and also create the wire harness according to the given challenge. Procedure for defining the electrical parameters: 1. Enter into part design workbench and create points where the connector connection and bundle connection happens. Insert an axis system…

Aim: The aim of the challenge is to define the electrical parameters for the given component and adding them to the connectors catalogue and also provide routing for the connectors as per the challenge. Procedure for defining electrical parameters for the given connectors: 1. Enter catia V5 and use part design workbench…

 Aim: The main aim of this challenge is to define the electrical parameters for the given components which are P-clamp and backshell, and also to create protective coverings for the bundles with different diameters and these must be added into the catalogue for accessing. Procedure for defining the electrical parameters…

Aim: To define the electric parameters for the given connectors and connector clip or cavity. Connector: Connector is a electro-mechanical device which allows to join electrical conductors to create an electric circuit. Connectors are widely used in truck, Bus, Off-highway, Construction, Agriculture, Mining, Emergency…

    FINAL PROJECT Objective: To create class B & C surface for the given door interior trims and to perform draft analysis for the given class A surface i.e., the styling surface and for the final component and also to provide necessary engineering features such as flanges, heat-stakes and ribs on B surface.…

Objective: To create Class B & C surface for the given class A surface(B-Pillar) by following the master-section which is provided and to perform draft analysis for the class A surface and the final component which consists of class B & C surfaces along with the engineering features such as dog house and 4-way…

Objective: To create class B & C surface for the given class A surface of door arm rest using Catia V5R21 with engineering standards and also to perform the draft analysis on both class A surface and whole component by creating a tooling axis. Procedure: 1. Perform connectivity check for the class A surface. 2.…

Objective: To create class B & C surface along with the tooling axis and also to perform draft analysis for the given class A surface and final component which consists of both B & C surfaces and heat stakes & locators with the given design considerations using Catia V5R21. Procedure: 1. Enter into generative…

Objective: To design the screw boss and dog house on the B-surface of the given component which is coin holder using Catia V5R21 with engineering standards. Introduction: Screw boss allows to create a means of connection between two components with the help of help of screw, and an additional support will be provided for…

Objective: To design rib according to the given considerations and to perform draft analysis on the final component i.e.,. coin holder. Procedure: 1. To perform draft analysis, tooling axis must be created which can be created by extracting the base surface of the coin holder and by selecting the point command create a…

Objective: To create core and cavity for the switch bezel along the direction of tooling axis using Cata V5R21 with engineering standards. Procedure For Switch Bezel: 1. Obtain Class A surface from styling team and perform connectivity check using boundary command. 2. To perform draft analysis for the given class A surface,…

Objective: To create class B & C surface for the given component which is coin holder using Catia V5R21 with engineering standards and to perform draft analysis for both class A surface and the final component by defining the tooling axis. Procedure: 1. Perform connectivity check for the given component i.e.,. coin…

Objective: To create class B & C surface for the given class A surface using Catia V5R21 and to perform feature draft analysis. Procedure: 1. Obtain Class A surface from styling team and perform connectivity check using boundary command. 2. To perform draft analysis for the given class A surface, tooling axis must…

Objective: To design the class B & C surface for the given the base bracket class A surface using Catia V5R21 and to perform the draft analysis. Procedure: The above image shows the solid part of the base bracket, to create it following procedure must be followed: 1. Obtain Class A Surface and perform connectivity…

Objective: To create tooling axis for the given fan cover and to perform draft analysis on it using CatiaV5R21. Draft Analysis: Draft analysis is only performed on  FreeStyle Shaper. Part Design.  Generative Shape Design. Wireframe and Surface for Building. Draft analysis is done to check whether the given surfaces…

Aim: To design the back door inner panel and the Hinge, Gas stay, Wiper motor and Latch reinforcements according to the engineering standards and given design considerations. Introduction: Backdoor is a sheetmetal component and plays major role in BIW components of an automobile, it prevents the passengers from accidents.…

Aim: To Calculate and Optimize the section modulus of the automotive hood which was designed according to the engineering standards earlier. Introduction: Section modulus is a geometric property of the cross section, this kind of analysis is done basically to check the material can withstand the force exerted by some source…

ROOF Aim:             To design the front roof rail, center bow, bow roofs and rear roof rail according to the engineering standards using Siemens NX 12.   Introduction:             Roof is a part of the automobile…

Car Fender Aim: To design the car fender mountings according to the Engineering standard & given master data using siemens NX. Introduction: Fender is the part of automobile which primary purpose is to prevent sand, mud, rocks, liquids from being thrown into the air by the rotating tire. Fender is considered as a most…

Hood Report Aim: To design the hood of a car based on the given design considerations and other safety factors using Siemens NX 11.0. Hood: The hood or bonnet is the hinged cover over the engine of motor vehicles. Hoods can open to allow access to the engine compartment for maintenance…

Underbody Coating: Underbody coating is the application of Teflon or rubberized paint on the underneath components of the car. These coatings are provided to prevent the underbody parts from corrosion. Cars underneath components generally prone to corrosion. Underbody coating provides long term protection from corrosion…

Benchmarking: It is a practice of comparing the processes of one organization with other best-practice organization processes, in order to grow in the market and also to sustain in the competence. These practices also help to improve the customer satisfaction and also to eliminate the unnecessary costs and process involved…

Radar Mast: Front View of Radar Mast. Side View of Radar Mast. Isometric View of Radar Mast. Feature Manager Design Tree of Yacht Radar Mast. Yacht Assembly: Front View of Yacht Assembly. Side View of Yacht Assembly. Isometric View of Yacht Assembly. Feature Manager Design Tree of Yacht Assembly. YACHT PROJECT REPORT Aim:…

Design and Assembly of American Chopper Bike and Rendering using Solid Works Visualize   Aim: To design the parts of the American chopper bike using solid and surface modelling in Solid works and assemble them in Solid works and to provide a realistic render to the final assembly of American chopper bike using Solid works…