Week 11 - Final project

                                                                        ROOF DESIGN The external sheet metal part of any car which sits above…

                                                                               FENDER DESIGN INTRODUCTION:    …

                                                                    FENDER WHEEL ARCH      INTRODUCTION: The wheel arch is an arch-shaped…

                                                      SECTION MODULUS FOR HOOD DESING SECTION MODULUS:             It is a way of quantifying a cross-section…

                                                                                           …

  Underbody Coating: Underbody Coating And How It Protects Your Car Underbody coating is usually a dense cladding (often based on rubber) applied uniformly to the undercarriage of the automobile. It is normally sprayed or painted on when the car is just out of the dealership and is clean Pupose…

Mr. D.S. Pughazhyendhii is a married man who lives in Bangalore which is a highly crowded city. His Family comprises five members including his wife, a five-year-old boy, his father, and his mother. He visits his native place Madurai which is 500kms away from Bangalore once a month. Also, he will be using his car…

                                                                           DOOR PANEL   INPUT SURFACE: INTRODUCTION:    …

                                                                         QUICK RETURN MECHANISM   BODY1: BODY 2: BODY 3: BODY 4: QUICK…

INPUT FILE: MAIN TOOLING AXIS: B CLASS SURFACE: C CLASS AND FINAL TRIM: CLOSED SURFACE PART: MASTER SECTION WITH DOGHOUSE DESIGN: DRAFT ANALYSIS FOR MAIN TOOLING: DRAFT ANALYSIS FOR SIDE CORE: RENDERED PARTS:

INPUT SURFACE: INPUT WITH TOOLING AXIS: B & C CLASS SURFACE: FINAL TRIM: FINAL PART: LOCATORS AND HEAT STAKES: DRAFT ANALYSIS FOR HEAT STAKES: RENDERED IMAGES:  

INPUT FILE TOOLING AXIS: B CLASS SURFACE: C CLASS SURFACE: FINAL TRIM AND FINAL PART:    

INPUT FILE: TOOLING AXIS: B CLASS SURFACE: C CLASS SURFACE: FINAL PART: RIBS & SCREW BOSS: ORTHOGOMAL VIEWS: DRAFT ANALYSIS:    

INPUT: TOOLING AXIS: SWITCH BEZEL WITH CLOSE SURFACE: CORE BLOCK: CAVITY BLOCK: CORE AND CAVITY WITH PARTING LINE: CORE AND CAVITY WITH PART: DRAFT ANALYSIS:

INPUT FILE COIN HOLDER: TOOLING AXIS AND DRAFT ANALYSIS BEFORE B CLASS: B_CLASS_SURFACE: FINAL TRIM_C_CLASS_SURFACE: FINAL OUTPUT AFTER CLOSE SURFACE: DRAFT ANALYSIS FOR FINAL PRODUCT:

POWERPOINT REPORT AND CATPART FILE ATTACHED BELOW 

INPUT DATA: JOIN CLASS A SURFACE FOR UNCLOSED BOUNDARY CONDITIONS: TOOLING AXIS: CLASS B SURFACE: CLASS C SURFACE: FINAL BOUNDARY CHECK BEFORE USING CLOSED SURFACE COMMAND: FINAL OUTPUT: AFTER CLOSED SURFACE ANALYSING DRAFT ANGLE:    

TOOLING AXIS CREATION:   B CLASS SURFACE: B & C CLASS SURFACE: FINAL OUTPUT AFTER CLOSE SURFACE:

JOIN AND BOUNDRY CHECK:   AXIS AND INTERSECTION: DUMMY TOOLING AXIS: TOOLING AXIS: DRAFT ANALYSIS:

                                                             BACK DOOR WIRING HARNESS ROUTING   AIM: Route the Wiring harness on Given car body and Prepare…

                                                              WIRING HARNESS OF V16 ENGINE ASSY    AIM: Route the Wiring Harness on Given Engine and Prepare flatten view drawing in CATIA V5   OBJECTIVES:   PACKAGING RULES AND ASSUMPTIONS: Provide Enough Clearance to the wiring harness with respect to the surrounding Avoid…

1)Defenition of All Connectors Above Image shows.. To defining all given Connectors 2)Bundle Creation for given Connector Position 3)Extracting to EHF Workbench 4)EHF Flattening for Product file 5)Drawing creation for flattened Routing file

1)Defined Harness A all Conectors 2)Defined Harness B all Connectors 3)Routing for Harness A 4)Harness B Routing Assy 5)Harness A & Harness B Overall Product Assy  

  Above fig shows wire routing with given connectors and with Cot tube

1)P_Clamp with defenition 2)Backshell 3)COT_Tubes

 REPORTS FOR ELECTRICAL CONNECTOR PROPERTIES WITH IMAGES 1)CONNECTOR AND CLIP ASSY IN ELECTRICAL ASSEMBLY 2)DEUTSCH DT06-08SA_CONNECTOR WITH ELECTRICAL PROPERTIES 3)CONNECTOR_MODEL TYCO 17457-2 WITH ELECTRICAL PROPERTIES 4)CONNECTOR CLIP