1. Transmission Belt 2. Kick Stand 3. Front Fender 4. Rear Fender  

1. Oil Tank https://drive.google.com/drive/folders/1ZykBY3S9syG4Ijzd0TEuwUUL5ug5mnQE?usp=sharing 2. Chain https://drive.google.com/drive/folders/ 1pY_79HybaFIwIBUtW45GMfeX5JjI_j61?usp=sharing 3. Pedal https://drive.google.com/drive/folders/1L2qA9eirh8rfH-IVHVxNNin4HmjN82-g?usp=sharing

1. Rear Wheel https://drive.google.com/drive/folders/1IW5G1Q8N5A76D_7Qum2wBEMIxYn9X8Fn?usp=sharing 2. Front Fork https://drive.google.com/drive/folders/1ML0px_888IlwzgQD4UIXObvMNMajFyCe?usp=sharing

    American Chopper Using SolidWorks    OBJECTIVE The main objective of this project is to learn working with SolidWorks Modelling an “American Chopper” then produce photo realistic Rendered image of the model using tools like Photoview 360 and Soliworks Visualize. INTRODUCTION In this…

1. Radar Mast https://drive.google.com/drive/folders/1MCMBWJTbeav6bDcEMoc8IyDDuOyd2bPM?usp=sharing   2. Assembly Of Sunseeker Yacht https://drive.google.com/drive/folders/1k1wT8l0C2-2o6_HvEmGOnzWUmcggTbrW?usp=sharing   Project Report Sunseeker Yacht Assembly OBJECTIVE The main objective of this project is to…

Base Mounted Bracket:

Fan Cover Draft Analysis: Detail Tree Structure      Complete Draft Analysis and Color scale variant    Draft Angle in Isometric View    Draft Angle in Front View     Draft Angle in Side view   Draft Angle in Top View    Please find the attached report on…

Please Find Report and .CATpart for the Base Bracket in the Attachment section. Thank You.

  Switch Bezel Tree Structure of Switch Bezel: 1.   2.   3.   4.   Dear Sir/ Madam, Please find the attachment for Draft Analysis of Switch Bezel

 Plastic Product Design: Door Arm Rest (CATIA V5: Generative Shape Design) Aim and Objective: Creating Tooling Axis following OEM Standards. Creating Class B Surface and Class C Surface using the given Class-A Surface as an input. Making Solid Part of 2.5mm thickness. Preforming Draft Analysis. Class A Surface: As…

 Plastic Product Design: Door Arm Rest (CATIA V5: Generative Shape Design) Aim and Objective: Creating Tooling Axis following OEM Standards. Creating Class B Surface and Class C Surface using the given Class-A Surface as an input. Making Solid Part of 2.5mm thickness. Preforming Draft Analysis. Class A Surface: As…

 Plastic Product Design: Coin Holder   Aim and Objective: Creating Tooling Axis following OEM Standards. Creating Class B Surface and Class C Surface using given Class A Surface as an input. Making Solid Part of 2.5mm thickness. Preforming Draft Analysis. Class A Surafce: As a input Class A Surface can be in…

Core and Cavity Design: Aim and Objective: Creating Tooling Axis following OEM Standards. Preforming Draft Analysis on: Plastic Component / Solid Body (Switch Bezel) Core Cavity Creating Tooling Axis: Injection moulding includes Core, Cavity, and Sliders to get a product its final Shape. Core, Cavity, and Slider move/side…

Plastic Product Design Attachment Feature Creation: RIB   Aim: To create the rib for the Centre console coin holder considering the design rules.   Results: Note: Above image represents the intersection of a coin holder at the rib section.    Isometric View         Front View…

Plastic Product Design Attachment features: Screw Boss Dog House     Figure 1: Screw Boss T=Wall thickness of main Plastic Component. W= Wall thickness of Screw Boss (40% of the nominal wall thickness of base 'T'). H= Height of Screw Boss (3:1 ratio to diameter of Boss). Draft angle = 0.5 degrees on Walls of…

Door Applique Design with Engineering Features  Aim : Create Tooling  Axis considering the required draft angle of a component. Perform draft analysis on the given Class-A Surface and then the final component. Create Class B and Class C Surface. Add the Heat stake and locators to the Door Applique trims. A detailed…

B Pillar Master Section Development Aim: Create a closed body by using the given Class-A as input. Create tooling axis and follow design rules. Follow the Master section to create a flange. Follow the master section for thickness and to create the Closed volume. Follow the master section to create Attachment features.…

Quick Return Mechanism:   Quick Return Mechanism Assy   Guide   Crank   Slider-1   Slider-2   Pivot P     CV Joint:   CV Joint Assy   Body 1   Body 2   Body 3  

Development of a Door Trim panel Software: Catia V5     Right Handside Door Trim Panel     Car door panel Back Side                             Aim and Objective: Create a CAD model considering Class A surface as an input, Refer master sections for Nominal thickness, Create the mounting features as per design guidelines…

BENCHMARKING What is benchmarking? Benchmarking is a process of measuring and comparing the performance of a company's products, services, or processes againstthose of another business considered to be the best in the industry. The point of benchmarking is to identify internal opportunities for improvement. The intent…

Underbody Coating Introduction: The underbody of car is always exposed to muddy water, stones, and potholes, which makes it prone to wear and tear, finally it leads to corrosion and rusting. It is practically not possible to inspect bottom of our car on daily basis, and is obvious to get easily unnoticed. Underbody coating…

 Report On Hood Design   Introduction: Hood is a sheet metal component typically hinged at the front of the vehicle and is one of the crucial element of the vehicle ‘Closures’. Steel is most commonly used material for manufacturing of hood/bonnet due to its unique sets of characteristics such as follows,…

Introduction Fenders are part of body panel installed on left and right side over and around each wheel of vehicle, rear fenders are commonly called quarter panels. Its basic function is to protect the engine compartment, occupants, pedestrians, and other alongside vehicles and road users from mud, Pebbles, and liquids…

Introduction: Fenders are part of body panel installed on left and right side over and around each wheel of a vehicle, rear fenders are commonly called quarter panels. Its basic function is to protect the engine compartment, occupants, pedestrians, and other alongside vehicles and road users from mud, Pebbles, and liquids…

Hood Section Modulus Calculation and Optimization Section Modulus  The ratio of total movement restricted by the section to the stress in the extreme fiber If the section modulus increases the movement of resistance increases and hence its load-bearing capacity. Formula: S = i/y Where,  S = Section Modulus (mm3)…

Objective For the Given Roof styling, create an assembly by developing the essential flanges for the outer roof and creating the reinforcements. Provide appropriate dimensions and check for Draft analysis. Do a curvature study on the roof and perform calculations to determine the position of the Bow-roofs.…

Aim Design the Back Door Assembly with the help of provided styling surface, use appropriate design methodologies, and provide the necessary reinforcements and embosses. Software Used: Siemens NX CAD Introduction Back Door can be termed as the rear-hinged component of a car, it completes the enclosing of the passenger…