Design of backdoor

Objective:      To design of Butterfly Valve in appropriate dimension with the application of GD&T - ASME Y14.5 2009. To assemble all the individual parts of the butterfly valve by assigning suitable constraints. To understand the concept of geometric tolerance and dimensioning. …

Objective: Use the provided styling surface to come up with a back door design, use appropriate design methodologies and provide the necessary reinforcements and embosses. Software Used:NX CAD Backdoor Introduction: An automobile back door or Tailgate is the panel that covers the boot (or trunk) of an automobile. It enables…

Objective: Use the provided styling surface to come up with a back door design, use appropriate design methodologies and provide the necessary reinforcements and embosses. Software Used:NX CAD Backdoor Introduction: An automobile back door or Tailgate is the panel that covers the boot (or trunk) of an automobile. It enables…

INTRODUCTION   The roof of a car or other vehicle is the top part of it, which protects passengers or goods from the weather. The roof also protects the passenger from any injury when the car gets crashed or is rolled over or something heavy falls on the roof.     OBJECTIVE   The mian objective of this project is to understand…

FENDER DESIGN AIM: To design a  front fender of a car by following the given master section as per the design considerations of OEM. FENDER It is an aesthetic component/part of a car that frames the wheels. Prevention of sand,  mud particles, and other road contaminants from being thrown into the engine compartment and…

Aim: To calculate the Fender Wheel Arch area , to pass the European standards.   Objective:            Create the intersection point according to given degree angle.            Follow the European standards to prove the design is valid.            Tabulate the result to conculde the final result.   Introduction:   Fender…

Aim: To find the section modulus of the hood and optimization to improve the overall section modulus.   Objective: Use the section from your Hood design and calculate the section modulus using the formula S= I/y.   Section Modulus: The section modulus (S) is geometry property of the cross section used for designing beams…

Objective Design hood outer panel, inner panel and reinforcements with the given outer hood skin, master section and design parameters.   Introduction The hood or bonnet is the hinged cover over the engine of motor vehicles. Hoods can open to allow access to the engine compartment (or trunk on rear-engine and some…

1. I done Study about benchmarking for EcoSport (FORD) and CRETA(HYUNDAI)     from my study I am sugesting to Mr.Pughazhyendhii he is a person little compromise with safty mean EcoSport for best            mileage(21.7Kmph) OR he is a persin not compromise…

It is a sprayable coating, which protects the under surface of the vehicle from corrosion. Under-Body Coating Purpose:- It provides longterm protection from corrosion to car's Underbody. It also protects arts like intdrnal body panels, frame rails and other inner cavities that are not physically accessible but are prone…

FYI

Class A surfaces. 1.first the draft angle in class A surface 2.draft angle for 3 deg Tooling Axis 1.To create pointe for major surface 2.Create axis system  3.dummy tooling axis created. 4.To bieseting line will create the tooling axis 5.finally tp be create tooling axis   Class B surfaces  1.Create all surface for extract…

FYI

Class A surfaces. 1.first the draft angle in class A surface 2.draft angle for 3 deg Tooling Axis 1.To create pointe for major surface 2.Create axis system  3.dummy tooling axis created. 4.To bieseting line will create the tooling axis 5.finally tp be create tooling axis   Class B surfaces  1.Create all…

Class A surfaces. 1.first the draft angle in class A surface 2.draft angle for 3 deg Tooling Axis 1.To create pointe for major surface 2.Create axis system  3.dummy tooling axis created. 4.To bieseting line will create the tooling axis 5.finally tp be create tooling axis   Class B surfaces  1.Create all…

Class A surfaces. 1.first the draft angle in class A surface 2.draft angle for 3 deg Tooling Axis 1.To create pointe for major surface 2.Create axis system  3.dummy tooling axis created. 4.To bieseting line will create the tooling axis 5.finally tp be create tooling axis   Class B surfaces  1.Create all…

1.Frist create the parting line 2.create the core block in surface moduleing refer to tooling axis 3.convert the core block surfaces to solid 4.create the cavity block in surface moduleing refer to tooling axis 5.convert the cavity block surfaces to solid 6.finally get core and cavity block

Class A surfaces. 1.first the draft angle in class A surface 2.draft angle for 3 deg Tooling Axis 1.To create pointe for major surface 2.Create axis system  3.dummy tooling axis created. 4.To bieseting line will create the tooling axis 5.finally tp be create tooling axis   Class B surfaces  1.Create all…

Class A surfaces. 1.first the draft angle in class A surface 2.draft angle for 3 deg Tooling Axis 1.To create pointe for major surface 2.Create axis system  3.dummy tooling axis created. 4.To bieseting line will create the tooling axis 5.finally tp be create tooling axis   Class B surfaces  1.Create all…

Class A surfaces. 1.first the draft angle in class A surface 2.draft angle for 3 deg Tooling Axis 1.To create pointe for major surface 2.Create axis system  3.dummy tooling axis created. 4.To bieseting line will create the tooling axis 5.finally tp be create tooling axis   Class B surfaces  1.Create all…

Create-new-product file. Engine stp file insert. Create electrical components assembly. Assemble the sensor, clip, adaptor and connect. Create multi branch, in routing electrical harness wiring Routing is completed. Next flatting harness assembly. Insert the flatting parameters Extract the electrical bendle in fletting…

Create new pdoduct file To create the electrical harness flatting Create flatting parameter  imported for product file and flatting product file To create the drawing file click on front view import the modeling file Insert-generation-bill of material Click on drawing.

pleace find the attachment

Create the base sketch Create the assemblt product Assumble the connectors Convert the electrical harness assumbly create bundle segment Create the multibrach segment

hai sir,        report will be create and attach the PPT please find the attachment

Open STP file in CATIA V5. Converted in mechanical part design.  Create point in bundle entry point and connector connection point Create axis system In connector connection point. Convert electrical part design. Next step for Define connectors. Next step for define bundle connection point and connector connection…