Design of backdoor

AIM:         To create A Pillar Design with provided master section with class A surface, create the tooling axis, engineering features(Dog House) and perform the draft analysis for the final solid part.  OBJECTIVE: To construct a tooling axis by using master section with bisecting method To create…

AIM: To Create the Door trim lower component through the given Class-A surface.   OBJECTIVE : To make sure that the model meets the design rules for heat-stake and locator creation To construct a tooling axis and perform draft analysis on class-A surface To create class-B and class-C surface and make closed surface…

AIM : To create the model from provided claas-A surface and create attachment feature (Dog-house) for the door trim considering the design rules.   OBJECTIVE : To make sure that the model meets the design rules for dog-house creation To construct a tooling axis and perform draft analysis on class-A surface To create…

AIM : To create the attachment feature (Ribs & Screw Boss) for the door handle.   OBJECTIVE : To make sure that the model meets the design rules for rib & screw boss creation. To create the Tooling axis  To perform Draft analysis on the component.   DESIGN METHODOLOGY:   1. TOOLING AXIS…

AIM: To create the core and cavity blocks for the switch bezel component.   OBJECTIVE: To create tooling axis Checking with draft analysis for created tooling axis Create a parting surface and parting line To construct a core & cavity side   DESIGN METHODOLOGY: Tooling Axis Creation- we need to check the…

AIM- Create the Bumper Plastic component using the provided Class-A surface. Create a tooling axis for the given Class-A Surface with all the requirements of draft angle and at the end perform the Draft analysis on the model. OBJECTIVE- Design Bumper as per automotive industry Standard. Perform Draft analysis and Create…

AIM :  To create the Coin Holder Plastic component through the given Class-A surface.   OBJECTIVE : To ensure that the model fulfils the draft angle criteria. To make a tooling axis, use the bisecting approach. Draft analysis must be performed on the provided Class A surface. To create the necessary Class B and…

AIM:  Create the Switch Bezel Plastic component using given class-A surface, create a tooling direction and perform draft analysis on the model.   OBJECTIVE : To ensure that the model fulfils the draft angle criteria. To make a tooling axis, use the bisecting approach. Draft analysis must be performed on the…

AIM:  Create the Base Bracket Plastic component using given class-A surface, create a tooling direction and perform draft analysis on the model.   OBJECTIVE : To ensure that the model fulfils the draft angle criteria. To make a tooling axis, use the bisecting approach. Draft analysis must be performed on the…

AIM: Create a 3D parts from given 2D drawing and make an assembly of it then create a 2d drawing of created 3D parts in drafting workbench. OBJECTIVE : To create the various part models from the 2D drawings. To asseble the part models into a single component. To create the 2D drawings of the components which were created.…

OBJECTIVE: The goal is to design and assemble the butterfly valve components in SIEMENS NX CAD using various modelling and assembly features. Creating butterfly valve assembly drawing sheets with various drafting tools. Understanding and applying various GD&T symbols to the butterfly valve INTRODUCTION:    …

AIM:         Creating a back door design using the provided styling surface and appropriate design methodologies, as well as making the necessary reinforcements and embosses. INTRODUCTION:        The trunk (North American English) or boot (British English) of a car is the vehicle's…

OBJECTIVE : This study objective is to provide a car roof with the necessary flanges and reinforcements, such as the ditch region, front roof rail, bow roofs, centre roof rail, and rear roof rail for the stylistic surface that is provided. Determine whether the bow roofs are in the proper places by conducting a curvature…

Automotive Fender:- A vehicle's fender protects a wheel from hard, sticky substances like mud, sand, and rocks, among others. As the tyre rolls over the ground, sticky substances like mud may stick to the smooth outside tyre surface, while smooth, loose things like stones may momentarily become embedded in the tread grooves.…

Aim: to determine whether the provided design satisfies European standards.   Introduction: The wheel arch is the semicircular part positioned above the wheel of a vehicle. The wheel arch of the fender should be constructed in such a way as to shelter the wheels and guard against the projecting of water, mud,…

Objective: to determine the previous design's section modulus in order to analyse its strength and to improve the design in order to see a difference in the bending strength of the hood.   Introduction: Section Modulus is a geometric property for a given cross-section used in the design of beams or flexural members. Other…

Aim :- To design a Hood outer panel, inner panel and the necessary reinforcements by the given Master section and design parameters in NX CAD workbench,   Introduction :-  Hood is a main component of front portion of a car. It is an opening body panel that covers the engine in front engine vehicle. It consist…

UNDERBODY COATING 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. But even if you are getting the undercoating applied after a couple of years, it’s…

WHAT IS BENCHMARKING? “Benchmarking is a way to extend the knowledge you have of your own production to the worldwide view and based on that knowledge you can innovate”. “Benchmarking is basically helping you [expand] on your knowledge about car engineering in general, to innovate not only from what you…

AIM - By following the design rules and OEM standards create the door trim panel of CAD model considering the inputs given to me ABSTRACT - The project deals with the explanation of steps and procedures followed while developing the Door Trim Panel of a car using CATIA V5. Using the class A surface, I was…