American Chopper Modelling Using SolidWorks Objective:-    To create a model of different part of Chopper. Assembly of different part of model for Chopper. Create a photorealistic model and render the model of the Chopper using Solidworks Photoview 360. What is part modelling ?       Part…

                                                 Yacht Modeling Using SolidWorks Objective:- To create a model of different part of Yacht. Assembly of different part of model for Yacht. Create a…

Casing Using NX CAD Objective :- To design the casing and drafting using Simens NX Sheet Metal application. Introduction :- Sheet Metal is the metal formed by industrial process into thin, flate pieces. It is used in more thing specially in indristrial. It can be cut and bent into different shape on basis of requirements.…

Box Assembly Using NX CAD Object :- To design the and drafting of Box Assembly using Simens NX CAD Sheet Metal application. Introduction :- Sheet Metal is the metal formed by industrial process into thin, flat pieces. It is used in more thing specially in industrial. It can be cut and bent into different shape on basis…

Odd Shaped Enclosure Using NX CAD Object :- To design the and drafting of Odd Shaped Enclosure using Simens NX CAD Sheet Metal application. Introduction :- Sheet Metal is the metal formed by industrial process into thin, flat pieces. It is used in more thing specially in industrial. It can be cut and bent into different…

Sheet Metal Bracket Using NX CAD Object :- To design the and drafting of Sheet Metal Bracket using Simens NX CAD Sheet Metal application. Introduction :- Sheet Metal is the metal formed by industrial process into thin, flat pieces. It is used in more thing specially in industrial. It can be cut and bent into different…

 Sheet Metal Bracket-II Using NX CAD Object :- To design the and drafting of Sheet Metal Bracket-II using Simens NX CAD Sheet Metal application. Introduction :- Sheet Metal is the metal formed by industrial process into thin, flat pieces. It is used in more thing specially in industrial. It can be cut and bent into…

Objective:-  Benchmarking of Car Benchmarking- Benchmarking is defined as the process of measuring between two or more thing which is good thing to understanding them that which is better. List of car benchmarking:- 1- Ford Aspire    Ford aspire is a entry levrl sedan segment car. It is 5 seater car american…

Body in White :- Body in white (BIW) is the stage in automobile manufacturing in which a car body's sheet metal component has been joined together, that is before painting and before the motor, chassis sub-assemblies, or trim (glass, door locks/handles, seats, upholstery, electronics, etc.) have been integrated into…

HOOD DESIGNING Objective:- Designing of hood inner panel, Outer panel, Position hinges and striker. And create emboss and mastic point. Design Data Outer Panel Thickness = 0.75mm Inner Panel Thickness = 0.75mm Reinforcement Thickness = 1.75mm Introduction-          Hood is also called as a Bonat. It covers the engine over…

Section Modulus Calculation and Optimization of Hood              The section modulus of cross-sectional shape is of significant importance in designing beam. It is direct measure of strength of the beam. A beam that has a larger section modulus than another will be stronger and capable of supporting greater load. It includes…

European Standard Discussed Object :-  According the European Standard calculate the wheel arc area and prove whether the car will pass the standard or not. European Standard :-                  According to the European Standard the clearance…

FR-FENDER Object :- To design the fender from given skin data and master section provided with Drip mounting, A-pillar, Sill mounting, Cowl mounting, and Splash mounting. Introduction :- Fender is the side engine closing part. This is used to cover the engine from side. It’s also advantage that avoids chipping towards…

BACK DOOR DESIGNING Object- To design the back door by using provided styling surface and to develop necessary reinforcement and emboss. Introduction -              The door which is fitted back side of the vehicle normally in four wheeler is called back door or rear door. There is a luggage space or we can shift into…

Design of the Car Roof with its Components (Roof Rails), Check the Draft Analysis and Curvature Study Object :-                 To design the car roof with its component (roof rails) and to develop essential flanges and reinforcement for given roof…

Object :- Create a tooling axis in proper way for finding better draft analysis from given class A surface. Create draft analysis of class A surface and create class B and class C surface from class A surface. And finally create draft analysis of finished body.              Consider the thickness of the component 2.5 mm.…

 Object :- Create a tooling axis in proper way for finding better draft analysis from given class A surface. Create draft analysis of class A surface and create class B and class C surface from class A surface. And finally create draft analysis of finished body. Consider the thickness of the component 2.5 mm. Introduction :-…

                                                     COIN HOLDER PLASTIC COMPONENT Object :-  Creation of proper tooling axis considering the required draft angle of a component.…

BUMPER Object :- Create a tooling axis in proper way for finding better draft analysis from given class A surface. Create draft analysis of class A surface and create class B and class C surface from class A surface. And finally create draft analysis of finished body. Consider the thickness of the component 3 mm. Introduction…

Object :- Create the Core and cavity blocks for the switch bezel designed. And performing draft analysis on the switch bezel component. Introduction :- This project is done on CATIA software. This software is different from other. It is easy to designing for surface modelling. Its have more accuracy than…

Object :- Design of Ribs and Screw Boss for Drill Handle following the design rules in given class A surface. And perform Rib root thickness analysis and draft analysis on the final component.Introduction :- Drill handle is made from the plastic and this component is made by plastic molding process. And this is designed…

Object :- Create the Dog House for the Door Trim considering the design rules and performing draft analysis on the final component. Introduction :- Door Trim is made from the plastic and this component is made by plastic molding process. And this is designed with the help of CATIA V5 software. Because it comes…

Object :- 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 on the model. And create the Heat Stakes and the locators considering…

Object :- Create a tooling axis in proper way by following the master section for finding better draft analysis from given class A surface. Create draft analysis of class A surface and create class B and class C surface from class A surface. And finally create draft analysis of finished body. Apart from this create…

Object :- Create the parts with proper dimension and required Assumptions with Proper assembly constraints and apart from this creation of drafting for the parts and assembly as given in challenge. Here I have created the parts according to given 2D drawing and then assembled. 1. Body 1  2. Body 2  3. Body 3  4. Body 4 …

Object :- Create the product file from the given Class A data with all the parts separated out and create the tooling direction for all the parts. Create the solid bodies by making proper class B and class C surface and apart from this create the flange and engineering features by following master section. Create the feature…

 Object- 1D element creation of given part. Introduction- 1D element- 1D modelling approaches are used for modelling line-type members such as columns / piers, beams or piles. Representation of the line is self defined by the user via a section and all geometric properties of the member (width, height, etc.). 1D elements…