Design of backdoor

CAR BACK DOORDESIGNAim:To design back door of car using given outer class 'A' surface.What is back door of a car?A door which is located at the rear side of a car which gives access for the boot space to store luggage, spare wheel etc.These doors can be operated manually or electric powered. In most of the luxury cars…

Introduction:An automobile roof is the portion of an automobile that sits above the passenger compartment, protecting the vehicle occupantfrom sun, wind, rain, and other external elements. Though it just looks like a styling surface that protects from sun, wind and otheelements, various environmental conditions are taken…

SECTION MODULUS Introsection modulus is a geometric property for a given cross-section used in the design of beam and flexural members. by findingthe section modulus we can find the resistance to remain unchanged when the force is applying to the object or substances.S= I / YS - section modulusI - the moment of inertiay…

                                                                                   AUTOMOBILE FRONT FENDER DESIGNING…

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UNDER-BODY COATING   Automotive Underbody Coatings Underside of vehicles serves as an intermediate between metal components of a vehicle and outer environment. Underbody vehicles is prone to damages due to harsh environmental conditions. Coatings are applied to the underside of vehicles to protect them against factors…

Automotive Design of Car Hood by Using NX Cad   Objective – To design and model the car hood with inner panel, outer panel and required reinforcements by using NX Cad. Parts to design – Inner panel Outer panel with hemming Positioning the reinforcements INTRODUCTION: Data to be used: Outer Panel Thickness…

AIM :AIM is to create the CAD model with given class A surface , nominal thickness and attachment strategy. OBJECTIVE:To create the CAD model considering with attachment strategy, nominal thickness and class A surface.Create thickened part using master section for reference.Create the mounting features as per design guidelines…

AIM: To create solid models of the given drawings and assemble them in assembly workbench . Tools usedPad, pocket, shell, symmetry, coincidence, constraints, trims, Boolean operations.Procedure1.Open part workbench2.Create positioned sketch by selecting a plane and point3.Using the given drawing s create the sketches of…

AIM-To create a B pillar of a car using the master section and Class A surface as an input and performing Draft analysis on the finamodel. Objective-To ensure proper tree structure is followed.Creating a tooling axis and following design rules.Creating Class B and C surface using Class A surface as an input.Following the…

AIM :To create a solid body of a given Door Applique and to create the Locators and Heat Stakes on it as per design standards. INTRODUCTION :Heat StakingHeat Staking is a pulsed-heat process to join two or more parts out of which one at least is made of plastic. The process is tdeform the plastic material using heat and…

AIM:To create Center Console Coin Holder and Screw Boss and Dog house and add thickness to it and generate the Draft Analysis on solid surface final component. PROCEDURE:1.Check for any openings in the given Center Console Coin Holder model by using BOUNDARY. In BOUNDARY > select edges select the surface to create the…

  Objective:The main purpose of the challenge was to create the RIB of the Class-B surface, Class-C surface with the given Class-surface and performing the draft analysis by creating the tooling axis of the plastic component by taking the thickness of 2.5mmof the surface. Tooling axis creation processThe first step…

AIM : Design of CORE & CAVITY OF SWITCH PANEL BEZELDraft Analysiscommand enables you to detect if the part youdraftedwill be easily removed. This type o analysisis performed based on color ranges identifying zones on the analyzed element where the deviation from thedrafdirection at any point, corresponds to specified…

OBJECTIVE:To create the Coin Holder Plastic Component.To create Class B and Class Surface and Tooling Axis.To create Solid Body from the Surface using Close Surface Feature.to perform Draft Analysis on the model. Draft Analysis Feature:This command is used to detect if the part you drafted will be easily removed. This…

DOOR ARM REST:- AIM:-TO CREATE THE DOOR ARM REST WITH THE GIVEN THICKNESS OF 2.5mm AND GENERATE THE DRAFT ANALYSIS REPORFOR THE CLOSED BODY. PROCEDURE:- Draft Analysis NOTE : In this model their is adequate draft is not provided on class a. So we have to communicate to styling team to  do changes in class A surface…

    AIM:Creating the Switch Bezel Plastic component through the given Class-A surface and performing Draft Analysis on bothsolid component and Class A-Surface. DESCRIPTION:Draft Analysis:Draft is the angle in which the part is tapered for easy ejection from core and cavity block.Draft analysis is a technique…

AIM:to make a model from the provided class-A surface.  INTRODUCTION:  CLASS-A SURFACE:a surface made by the designer which is given as an input to the plastic modeler to work on. It is aestheticsurface and the outer most surface. CLASS-B SURFACE:a surface below a certain thickness from the class-A surface is…

                                                                                                          Draft Analysis on a Fan Cover  Aim:Create the tooling axis for the given Fan cover model meeting the requirements of the draft angle and perform the Draftanalysis on the model.  Why Draft angle is important:However…

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1.Now save the part file in a new assembly file. Create two new part files and save them in the same assembly file. Renamethe two-part files as core and cavity steel blocks.2.Check the origin of the assembly. Float the model and mate the corresponding planes according to the gate location as themodel has deep cuts on all…

1.Now save the part file in a new assembly file. Create two new part files and save them in the same assembly file. Renamethe two-part files as core and cavity steel blocks.2.Check the origin of the assembly. Float the model and mate the corresponding planes according to the gate location as themodel has deep cuts on all…

SLIDERS1.For the present model, an estimation of four sliders is required in all four corners.2.Select the top face of the core block. Sketch the slider such that not thin steel should present either in the slider or theregion of the slider in the core block.3.Create a reference plane up to which the slider should present.4.Use…

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