Week 9 - Project - Master Section Development

Assembly Workbench. Introduction: In this challenge we create fully constrained assembly of a Cv Joint and a Quick return mchanism in Catia v5. Cv Joint: Parts: The first step is to create the parts of the assembly. These parts are created in solid modelling workbench using various tools such as padding, fillets, chamfers…

Report B Pillar Design. Introduction: In this challenge we create a B pillar from the given class A surface and by following the design rules. This project consists of three of the following parts: Draft analysis on the provided Class A surface of a B-Pillar. Create a solid model of the contour using Class B and Class…

Part views: Front view: Top view: Side view: Isometric view:  

Report   Coin Holder Design Introduction: In this project we conduct a Draft analysis on the provided Class A surface of a Coin Holder in Catia V5 and create a solid model of the bracket using Class B and Class C surfaces. Draft Analysis: The Draft analysis is used to check the manufacturability of the given part.…

Coin Holder Design Introduction: In this project we conduct a Draft analysis on the provided Class A surface of a Coin Holder in Catia V5 and create a solid model of the bracket using Class B and Class C surfaces. Draft Analysis: The Draft analysis is used to check the manufacturability of the given part. The analysis…

Switch Bezel Design Introduction: In this project we conduct a Draft analysis on the provided Class A surface of a Switch Bezel in Catia V5 and create a solid model of the bracket using Class B and Class C surfaces. Draft Analysis: The Draft analysis is used to check the manufacturability of the given part. The analysis…

Report   Coin Holder Design Introduction: In this project we conduct a Draft analysis on the provided Class A surface of a Coin Holder in Catia V5 and create a solid model of the bracket using Class B and Class C surfaces. Draft Analysis: The Draft analysis is used to check the manufacturability of the given part.…

Report Door Arm Rest Design Introduction: In this project we conduct a Draft analysis on the provided Class A surface of a Door Armrest in Catia V5 and create a solid model of the bracket using Class B and Class C surfaces. Draft Analysis: The Draft analysis is used to check the manufacturability of the given part. The…

Report Switch Bezel Design Introduction: In this project we conduct a Draft analysis on the provided Class A surface of a Switch Bezel in Catia V5 and create a solid model of the bracket using Class B and Class C surfaces. Draft Analysis: The Draft analysis is used to check the manufacturability of the given part. The…

Report: Base Bracket Design Introduction: In this project we conduct a Draft analysis on the provided Class A surface of Bracket in Catia V5 and create a solid model of the bracket using Class B and Class C surfaces. Draft Analysis: The Draft analysis is used to check the manufacturability of the given part. The analysis…

Model views: Feature tree: Draft analysis color panel:   Draft analysis on fan cover Report: Introduction: In this project we conduct a Draft analysis on the provided Class A surface of a Fan Cover in Catia V5. Draft Analysis: The Draft analysis is used to check the manufacturability of the given part. The analysis…

Roof design Objective: To create a detailed 3D model of Automobile Roof using siemens NX. Introduction: In this project a detailed model of an automobile roof is created using Siemens NX in-order to understand and familiarize with different tools and methods of modelling. Roof is one of the main components of an automobile…

Back-Door Design Objective: To create a detailed 3D model of Automobile Backdoor using siemens NX. Introduction: In this project a detailed model of an automobile door assembly is created using Siemens NX in-order to understand and familiarize with different parameters and criteria’s for  modelling and producing a back…

Fender design Introduction: To create a detailed 3D model of Automobile Fender using siemens NX. Introduction: In this project a detailed model of an automobile fender is created using Siemens NX in-order to understand and familiarize with different tools and methods of modelling. The fender provides safety to the engine…

Section modulus Objective: To find the section modulus of the designed hood assembly in Siemens NX. Introduction: Section modulus is a geometric property of a cross section. It is a direct measure of the strength of a cross section. Higher the section modulus, better the resistance of a cross section to bending. The elastic section…

Hood Design Objective: To create a detailed 3D model of Automobile Hood using siemens NX. Introduction: In this project a detailed model of an automobile hood is created using Siemens NX in-order to understand and familiarize with different tools and methods of modelling. Hood is an important part of an automobile as it…

Under-Body coating The underbody coating is a thick, rubberized paint that forms a 2-3 mm thick coating along the underside of the car. There is also a thinner clear coat underbody coating which is like a lacquer that coats the entire underside of the car. Rust-preventive coating material is also injected into crevices…

Benchmarking Objective: To provide an appropriate solution to the given problem using benchmarking. Introduction: In this report we solve a given problem with benchmarking in order to better understand the benchmark process in industrial environments. Description: Benchmarking: The benchmark process is used in Pre-designing…

front view side view Top view isometric view drawing sheet                                                                            …

front view side view top view isoemtric view drawing sheet                                                                            …

Odd enclosure views: front view side view top view isometric view drawing sheet                                                                      …

Box assembly views: front view side view top view bottom view isometric view                                                                      …

casing standard views:                                                          front view                        …

Radar mast: front view side view isometric view feature tree: Assembly: front view side view isometric view mates tree: Report:                                                        …

American Chopper Objective: To create a detailed model of the American chopper using solid-works. Introduction: In this project a full-scale model of American chopper is created using solid-works in-order to understand and familiarize with different tools and methods for creating accurate 3D models. Design Methodology:…