Wiring harness design in CATIA V5 - 3D modeling Week 7 Challenge

                                                                        Automotive Wiring Harness for Engine Aim: To create the wiring…

                                                 Design of backdoor Aim: To design and do the draft analysis for the Back door and give reinforcement for strength using the software Nx-CAD.…

 Roof Design Aim: To design and calculate Heat distorsion, Snow load prediction and curvature study from the input of class A surface of Roof panel and add reinforcement, do the draft analysis for the model. Introduction: The area of an automobile that is located above the passenger compartment and shields…

                                                                   Fender Design Aim: To design the Fender from Class A surface and master section…

                                                            Fender Design - Wheel Arch Objective: To calculate wheel arch and prrove whether given model is satisifing…

Aim: To deterine whether the section modulus/strength increase as increase in the moment of Inertia  Objective: calculate section modulus of a hood panel and optimize the section to improve strength by offsetting the intersecting cruve of outer curve the inner panel. Introduction: What is Section modulus? Section…

HOOD DESIGN Aim: To Design and apply the reinforcements to the Hood Inner and Outer panel using NX-CAD software by following the master section as a input and assume the necessary design values if needed. Introduction to Hood of the Automobile Car: The hinged cover above an automobile's engine is referred to as the hood…

Automotive Wiring Harness for Backdoor Aim: To create a Wiring Harness for the Backdoor,Flatten the same for the production and apply the neccsary protective covring using CATIA V5 software. Objective: The objective is to route the wiring harness for the backdoor and flatten the wiring harness to Drawing for…

1. Define all the neccessary Geometrical elements, Connector connection points, Bundle connection point, Bundle harness, Branch points and assemble the product and check for the bundle continuity using various workbenches like Part design, Assembly Design, Electrical part Design and Electrical Harness Assembly respectively.…

1. Consider the above wiring diagram with assumed dimensions like length and diameter and download all the Connectors provided. let us assume the length shown in the below fig.   Define all the connectors as electrically by providing the geometrical elements. Then in the Electrical part design convert the mechanical…

1.  Connector Definition: Firrst download the required connectors such as DT06-6S, DT06-4S, DT06-2S and DT06-08SA from www.te.com Then define the connectors as electrical paart from mechanical part by giving Connector Axis, connection point and Bundle Connection point    Next create the product…

 1. P-CLAMP Fig. shows the flowchart to define the CLAMPS First create the geometrical parameters to the CAD model such that it contains entry point and exit poit with parallel planes and base plane. Define the clamp support in the Electrical part design workbench Do the same for exit point  use the storage tool…

1.       1. Connector Definition:  As shown in flowchart, first download the connector CAD either IGS or STP of DT06-08SA, Tyco 174357-2, Tyco 85229-1 from te.com are worked in the CATIA V5 Software.   1. DT06-08SA:  After downloading the CAD file, then define the geometrical…

1. Underbody coating: Most automobiles' underbodies are susceptible to corrosion. The underbody of an automobile is long-term protected against corrosion by underbody coating. It also safeguards inaccessible yet vulnerable to corrosion sections including interior body panels, frame rails, and other inner cavities. It is…

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