Roof Design

WEEK 7 CHALLENGE 

OBJECTIVE: To design of butterfly valve in appropriate dimension with the application of GD&T. Assemble all the individual parts of the butterfly valve by assigning suitable constraints. understand the concept of geometric tolerance and dimensioning.SOFTWARE USED:CATIA V5INTRODUCTION:     BUTTERFLY…

DESIGN OF BACKDOOR AIM:     To design backdoor of the car and make the upper and bottom outer panel and inner panel for the back door and also design the make reinforcements. software: catia v5 TOOLING AXIS:      Make sure to create a tooling axis to clear draft analysis process to manufacturing process. COMPONENTS OF…

Roof Design AIM:    To develop the essential flanges and reinforcements with appropriate dimensions and checking draft by performing draft analysis, calculating section inertia, heat distortion and snow load on the roof.  ROOF     An automobile roof or car top is the portion of an automobile that sits above the passenger…

FENDER DESIGN AIM:  To creat fender by use given fender skin. Follow the given master section to create the drip area for the sill, bumper, baffle(splash), and A-pillar mount create your own design according to the engineering standard that you learned. GIVEN DATA:              …

SECTION MODULUS AIM:       To calculate the section modulus of the hood design by using CATIA V5 and improve the strenght of the hood design. INTRODUCTION:       Section modulus is a geometric property for a given cross section used in the design of beams or flexural members. Other geomertic properties used in design include…

HOOD DESIGN BOJECTIVE:         The aim of this project is to construct a well defined hood assembly by modeling the different parts in CATIA V5 or NX CAD needed in creation of our hood assembly that parts are hood inner nd outer panel, hinge and striker assembly etc... DESIGN CONSTRACTION IN HOOD DESIGNING:…

DOOR TRIM LOWER PANEL - FINAL PROJECT: AIM:      In this project we want to create the door trim panel combonents with 2.5mm thickness (Arem rest, Lower substract, Bottle holder, Map pocket). And considering following inputs and follow given master session and OEM inputs. SOFTWARE USED - CATIA V5 INRODUCTION:        The…

CHALLENGES 11-A PINNAR DESIGN WITH MASTER SECTION AIM:       To create the a pillar desing 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. CLASS A SURFACE:         The class A surface is given and we want…

CHALLENGE 3 - DOOR TRIM LOWER WITH ENGINEERING FEATURES AIM:       To create door trim with 2.5mm thickness with use of given class A surface. And create 4 and 2 way locator and heat stakes. CLASS A SURFACE:       Class A surface is given and check the connectivity of the class A surface with boundary tool and join tool.…

CHALLENGE 2 - DOOR TRIM-DOG HOUSE AIM:        Create the door trim with two dog houses. Reference with class A surface thickness 2.5mm and create the final close body and check with draft analysis. CLASS A SURFACE:        Class A surface is given. want to make sure given class A surface is closed surface check with boundary…

Challenge 1- Attachment Feature Creation (Ribs & Screw Boss) AIM:         Create the component through the given class A surface. First create a tooling axis line , class B surface and create class C surface. Next create two ribs and two screw boss like given sample images in challenge guid. CLASS A SURFACE:        We…

Challenge 3-Bumper   AIM:           To create bumper with thickness of 3mm. Bumper class A surface is given.We need to create tooling axis, class B surface, class B surface, closesurface and draft analysis. CLASS A SURFACE:          The class A surface is used to create bumper with thickness 3mm. This class A surface is…

CHALLENGE-2 (SWITCH BEZEL DESIGN)      AIM:           The aim of challenge is creat the switch bezel design by using given class A surface. To begin with tooling axis for the given class A surface should be created meeting the requirements of the draft angle and the end draft analysis...     CLASS-A-SURFACE:       # The…

CHALLENGE-1 (BASE BRACKET DESIGN)      AIM:           Create the base bracket use of given class-A-surface. Following the given guid line in challenge-1.             Want to creat tooling axis, class-B-surface, class-C-surface and final step Draft analysis...     CLASS-A-SURFACE:       # The class-A-surface ensure that…

1) The major elements in the automotive wiring : Battery Generator Fuse Starter Ammeter Ligth switch Lamp Ignition switch Ignition coil Foot selector switch  Gas tank unit Horn Horn botton Circuit breaker Ditributor Current regulator and Voltage regulator Grounding Tail stop    2)        …