Section Modulus calculation and optimization

PROJECT – 2 WIRING HARNESS USING CATIA V5 IN BACKDOOR AIM:           To Route the Wiring harness which Application of all Packaging rules, Industry best practices studied in this course shall be demonstrated on Given car body and Prepare flatten view drawing in CATIA V5.…

PROJECT 1 - WIRING HARNESS USING CATIA V5 AIM:           To Route the Wiring harness on Given Engine and Prepare flatten view drawing in CATIA V5 and also Apply Protection coverings as required. DESIGN METHODOLOGY: DESIGN OF WIRING HARNESS: GIVEN CONNECTORS AND SUPPORT PARTS:…

WIRING HARNESS DESIGN IN CATIA V5 – 3D MODELLING WEEK 7 CHALLENGE AIM:                To Flatten the harness assembly completed in “week 4 challenge” then place it in the flattened view on drawing sheet also Ensure bundles with protective…

WIRING HARNESS DESIGN IN CATIA V5 – 3D MODELLING WEEK 5 & 6 CHALLENGE AIM:             To Route the given harness layout in Electrical workbench also make assumption for harness bundle diameters by Using the connectors provided. After completion of routing.…

WIRING HARNESS DESIGN 3D MODELLING WEEK 4 CHALLENGE   AIM:             To Design the wiring harness by given parameters and connector in the CATIA Electrical Workbench and also add the Suitable protective cover for it. QUESTION 1:          …

WIRING HARNESS ROUTING AND PACKAGING RULES WEEK 3 CHALLENGE   AIM:             To download the given CAD files defines it Electrical properties in CATIA Software workbench and also create the corrugated tubes in given dimensions by create the catalog in the Slit…

3D MODELLING WIRING HARNESS DESIGN CHALLENGE – WEEK 2   AIM:             To design the wiring harness part defining them and assemble it by downloading given part files. DESIGN APPROACH: INTRODUCTION:            …

BACK DOOR AIM:             To create the Back door and an ASSEMBLE parts by developing the essential flanges creating the reinforcements also perform Draft analysis. DESIGN APPROACH: INTRODUCTION:             Back Door is also referred as 'Hatch' or 'Tailgate' or 'Trunk-lid' or 'Boot-door'. It’s the rearmost part of the…

ROOF DESIGN AIM:             To create the Roof Design and an ASSEMBLY by developing the essential flanges for the outer roof,creating the reinforcements and also perform Draft analysis and calculations to determine the strength of the roof. DESIGN APPROACH: INTRODUCTION:…

FENDER DESIGN AIM:             To Design the Fender by given skin surface including their necessary mounting by considering given master section. DESIGN METHODOLOGY:    INTRODUCTION:             Fender…

WHEEL ARCH GAP CALCULATION IN FENDER DESIGN   AIM:             To Calculate the Wheel Arch gap in fender design at required points and check whether the car passes the European standard. FENDER:            …

SECTION MODULUS AIM:             To calculate the Section modulus in Hood design from various section and optimisation to improve the overall section modulus. SECTION MODULUS:             Section Modulus is a geometric…

HOOD DESIGN AIM:             To Design Hood Outer Panel, Inner Panel and the necessary reinforcements by following the Master Section mentioned with the Design parameters. Also assemble the parts to make the Hood. INTRODUCTION:            …

UNDERBODY COATING AIM:             To report about the underbody coating and its purpose, its types in detail, and its pros and cons. What is Underbody Coating:             Underbody coating provides…

CHALLENGE - 2 BENCHMARKING   AIM:             To define the Benchmarking and select the best car for Mr. D.S. Pughazhyendhii for his family by consider and comparing 4 or more than 4 cars between them in the price range of 8-10 Lakhs. WHAT IS BENCHMARKING:            …

Drawing 1: Part 1 sketches: Part 2 sketches: Part 3 sketches: Part 4 sketches: Part 5 sketches: Expanded tree structure of drawing 1 (Assemble with parts): 1. 2. 3. 4. 5. 6. Isometric view: Front view: Side view: Top view: Drawing 2: Part 1 sketches: Part 2 sketches: Part 3 Sketches: Expanded tree structure of drawing…

A PILLAR DESIGH WITH MASTER SECTION, PROJECT OBJECTIVE:             To create the Pillar design Master section through the given Class-A surface and design Locator, Dog House and rib in the part. DESIGN METHODOLOOGY/APPROACH: Draft Analysis:            …

DOOR APPLIQUE WITH LOCATOR AND HEAT STAKES , PROJECT - 1 OBJECTIVE:             To create the Door Applique through the given Class-A surface and design Locator, Heat Stake in the part. DESIGN METHODOLOOGY/APPROACH: Draft Analysis:            …

DOOR TRIM – DOG HOUSE CHALLENGE - 2 OBJECTIVE:             To create the B, C surface from given Class A surface and design Dog House in Door Trim. DESIGN METHODOLOOGY/APPROACH: Reference Image: Draft Analysis:            …

DOOR HANDLE WITH RIB AND SCREW BOSS CHALLENGE - 1   OBJECTIVE:             To create the B, C surface from given Class A surface and design Rib and Screw Boss in Door Handle. DESIGN METHODOLOOGY/APPROACH: Draft Analysis:            …

SWITCH BEZEL CORE AND CAVITY BLOCKS CHALLENGE - 6 OBJECTIVE:             To create the Core and Cavity component for the Switch Bezel Component. DESIGN METHODOLOOGY/APPROACH: Draft Analysis:             Draft analysis…

OBJECTIVE:             To create the Bumper component through the given Class-A surface. DESIGN METHODOLOOGY/APPROACH: Draft Analysis:             Draft analysis is the analysis to examine whether the designed…

OBJECTIVE:             To create the Base Coin Holder component through the given Class-A surface. DESIGN METHODOLOOGY/APPROACH: Draft Analysis:             Draft analysis is the analysis to examine whether the…

OBJECTIVE:             To create the Base Switch Bezel component through the given Class-A surface. DESIGN METHODOLOOGY/APPROACH: Draft Analysis:             Draft analysis is the analysis to examine whether the…

OBJECTIVE:             To create the Base Bracket Plastic component through the given Class-A surface. DESIGN METHODOLOOGY/APPROACH: Draft Analysis:             Draft analysis is the analysis to examine whether…

  SUNSEEKER PREDATOR YACHT NAGENDRAN OBJECTIVE                            To design the parts of the Sunseeker Predator Yacht and assemble in SOLIDWORKS also finally render the assembled…

AMERICAN CHOPPER NAGENDRAN OBJECTIVE                            To design the parts of the American chopper and assemble in SOLIDWORKS also finally render the assembled American chopper. INTRODUCTION…