Week 10- Assembly Workbench

Car Back Door Design Aim- To design back door of car using given outer class 'A' surface. Introduction- A car back door refers to the door located at the back of a vehicle, typically used for entry and exit by passengers sitting in the back seat. Some cars have a single back door, while others have two back doors (a left…

 Aim- To design the roof and develop the essential flanges and reinforcements, as well as check for draught analysis and section modulus reports on the 0-Y section. Introduction The component of a car that lies above the passenger compartment and protects the occupants from the sun, wind, rain, and other exterior…

FENDER DESIGN Aim : -The primary goal of this project is to create a fender using a cutting-edge design software called NX CAD. Introduction -  The portion of an automobile, motorbike, or other vehicle body that frames a wheel well is referred to as a fender in American English (the fender underside). The major function…

Section Modulus calculation and optimization AIM-Calculate the section modulus of the previously constructed hood in order to analyse its strength and optimise the design in order to see the difference in bending strength. The greater a structure's section modulus, the more resistant it is to bending.   Section modulus…

Wheel Arch gap - Calculations   Aim :Calculate the wheel arch gap at the relevant places and determine whether the vehicle meets European standards. Objective: Learn about the various wheel arch gap standards. Draw the lines with the necessary angles and points for the European standard. Measure the distance at each…

Automotive Hood Design OBJECTIVE -To comprehend the design philosophy and considerations that go into planning and developing an automobile hood in order to provide optimal safety for everyone inside and outside the vehicle. With this information, an industry-standard hood panel that can be manufactured and assembled has…

Benchmarking   Benchmarking is the practise of comparing a company's performance to that of another firm regarded as the "best in class" in the industry for its goods, services, or procedures. To find internal improvement possibilities, benchmarking is used. You may make adjustments that will result in substantial…

UNDERBODY COATING   Underbody coating is often a homogeneous layer of thick cladding (commonly made of rubber) applied to an automobile's undercarriage. When the automobile is freshly cleaned and out of the dealership, it is often sprayed or painted on. However, it's okay even if you get the undercoating done a few…

Aim:- To development of a Door Trim panel solid body from the class A Objective:- To create a solid Door Trim panel from a class A surface with a master section. Create the side attachment feature as well, adhering to design principles. Introduction The door panel serves as a conduit between the car's interior and the…

Week 9 - Project - A pillar Design with Master Section   Aim- To design A pillar with Master section Procedure to be followed – Creating the Tooling Axis Draft analysis of Class A surface Creating Class B surface Creating Class C surface Creating Solid body Creating Master section Draft analysis of Solid…

Week 10- Assembly Workbench Assembly  Putting components together to create a machine or other product is called assembly. The parts were produced and prepared for assembly. For simplicity of assembly, the device is provided in kit form. Putting components together to create a machine or other product is called assembly.…

Week 9 - Project 1 - Door Trim Lower with Engineering Features   Aim-Create the Door Trim Lower Plastic component through the given Class-A surface. To begin with, the tooling axis for the given Class-A Surface should be created meeting the requirements of the draft angle and at the end perform the Draft analysis…

Week 9 - Attachment Feature Creation - Challenge 2   Aim- Create the Dog House for the Door Trim considering the design rules mentioned in the video. Consider the thickness of the part to be 2.5 mm. Procedure to be followed- Creating the Tooling Axis Draft analysis of Class A surface Creating Class…

Week 9 - Attachment Feature Creation (Ribs & Screw Boss) - Challenge 1   AIM – To create the Rib and Screw boss for the door handle considering design rules.   Procedure to be followed- Creating the Tooling Axis Draft analysis of Class A surface Creating Class B surface Creating Class C surface Creating…

                                 Week 8- Challenge 4- Bumper Design   AIM- The main aim of this challenge is to create a solid body of 'Bumper' with the help of the closed surface method by using the 'Generative shape design' workbench…

                                                              Week 8 - Challenge 6 - Core & Cavity Design   Aim – To create the core and cavity Design…

Week 8 - Challenge 3 - Coin Holder Design   AIM- Creating the coin holder plastic component through the A-class Ssurface and creating a solid body of the component OBJECTIVE- Creating the Tooling Axis Performing the Draft Analysis of Class, A surface Creating Class B and Class C surface Creating the Solid body Performing…

TOOLING AXIS By considering this tooling axis, the draft angle needed for the opening and closing of the molds can be determined. We can create a tooling axis by using the bisecting method. The purple doted line indicates the tooling axis. Tree structure of Switch Bezel modle  Class B surface  Class B surface…

CLOSE SURFACE SKETCH  CLASS B+C SURFACE  CLASS B SURFACE DRAFT ANALYSIS RADIUS OF 2.5 MM SECTIONAL VIEW