Week 7 Challenge - Assembly Workbench

Object: To route the wiring Harness on the Tail Gate and create the drawing2. Equipment and components for routing the Bundle3-pin connector for the Wiper motor and Tail gate lock actuator2 Pin connector  for Rear lamp, Speaker, Rear Defogger and Licence plate light10-pin main connector 12-volt Supply25 mm Tie clipPVC…

1. Identify each of the major elements in the above automotive wiring diagram. GeneratorCurrent and voltage regulatorBatteryFuseLight SwitchAmmeterStarterIgnition CoilDistibutor2. Explain the purpose and working of any three elements briefly. Generator:         PURPOSE:  This device…

Object: To Route the wiring Harness on V16 engine and create drawing2. Equipments and components for Routing the BundleSymmetry channelChannel13 mm Omega firtee clip16 pin Main Connector2 Pin Injectors and sensor connectors Mounting clip for main connector to mount on L clip2 Pin  sensor connectors Channel…

Given circuit diagram1. Assy wiring harness context (3D CAD)2. Wiring harness flattered 3. Geometrical bundle continuity4. Wiring harness BOM drawing5. Wiring harness Dimension and connection tableNote: For more detail please find my attached CAD data.

Full Wiring harness assembly CADAssy_Wiring_harness_context_BAssy_Wiring_harness_context_AFull Wiring harness assembly bundle ContinuityAssy_Wiring_harness_context_B bundle ContinuityAssy_Wiring_harness_context_A bundle ContinuityNo Bundle Warning FoundFull Wiring harness assembly CATpart fileFull Wiring harness…

1. P clampDefined all properties as per rules. For the p clamp, please open the CAD for more information.2. C-1738312-1 BackshellDefined all properties as per rules. For the Backshell, please open the CAD for more information.3. Please find the CAD for COT_tubes with catalogue.

Please find the attached wire harness assembly CAD as per the above diagram.

1. Deutsch DT06 – 08SACreate an axis system so that the mounting or inserting features entry and exit orientation with assembly contact conditions can be handled according to the need. Define the Connector as an electrical component and include 8 terminals, because this is a connector, not mounting.To insert the wire…

Assemble and apply GD&T to the butterfly valve assembly drawing   FRONT VIEW   SIDE VIEW    TOP VIEW    ISOMETRIC VIEW   2D DRAFTING    

------------------------------------ AUTOMOTIVE DOOR INSIDE FEATURES ( FINAL PROJECT)---------------------------------- 1.  ALL COMPONENTS FEATURE TREE  MASTER SECTION FEATURE TREE     ARMREST FEATURE TREE                  MAP…

 --------------------------------------------- A PILLAR DESIGN WITH MASTER SECTION -------------------------------------------  TREE STRUCTURE           SCREENSHOT OF SOLID DOOR TRIM IN VARIOUS ORIENTATIONS FRONT VIEW   SIDE VIEW     TOP VIEW   ISOMETRIC…

----------------------------------------DOOR TRIM Lower with Engineering Features ---------------------------------------  TREE STRUCTURE              SKETCHES       1. CREATION OF TOOLING AXIS Create a point on the CLASS A surface which is…

--------------------------------------------DOOR TRIM (DOG HOUSE FEATURES) --------------------------------------------  TREE STRUCTURE          SKETCHES     1. Dog House Design Attach  a point on the surface of the solid door trim  Select the plane normal to curve and the curve will be main tooling axis Use position sketch…

--------------------------------------------------------DOOR HANDLE---------------------------------------------------  TREE STRUCTURE         SKETCHES   1. RIB DESIGN Take the support of extracted surface and choose the XZ plane. The thickness of the rib wall = 0.5x wall Thickness.…

--------------------------------------------------------------BUMPER-------------------------------------------------- TREE STRUCTURE           CLASS A SURFACE DRAFT ANALYSIS    FINAL PLASTIC BUMPER DRAFT ANALYSIS      Screenshots of the solid model in various…

------------------------------------------------SWITCH BAZEL DESIGN---------------------------------------------------- TREE STRUCTURE        DRAFT ANALYSIS OF CLASS A SURFACE   DRAFT ANALYSIS OF FINAL PLASTIC COMPONENT   ALL ORIENTATIONS VIEWS  FRONT VIEW   SIDE VIEW   TOP…

-------------------------------------------Base Bracket Design------------------------------------------- Class-A surface  Draft analysis   Solid Part Draft Analysis    Total Draft Analysis of Solid Part   various orientations (Isometric, Front, Side, and Top View)   Front View   Side View   Top View     Isometric View…

                                                                                ASSEMBLY WORKBENCH C.V JOINT ASSEMBLY DRAWING …

1. Title: Bracket II 2. Objective: To design the Bracket II with sheet metal from NX CAD 3. Introduction: The sheet metal working domain is widely used in industries because sheet metal can quickly get and does not require any type of machining process like turning, milling, boring or any other kind of process…

1. Title: Bracket  2. Objective: To design the Bracket with sheet metal from NX CAD 3. Introduction: The sheet metal working domain is widely used in industries because sheet metal can quickly get and does not require any type of machining process like turning, milling, boring or any other kind of process…

1. Title: Odd_Enclosure 2. Objective: To design the Odd_Enclosure with sheet metal from Nx CAD 3. Introduction: The sheet metal working domain is widely used in industries because sheet metal can quickly get and does not require any type of machining process like turning, milling, boring or any other kind of…

1. Title: Box_Aseembly 2. Objective: To design the Box_Aseembly with sheet metal from Nx CAD 3. Introduction: The sheet metal working domain is widely used in industries because sheet metal can quickly get and does not require any type of machining process like turning, milling, boring or any other kind of process…

1. Title: Casing 2. Objective: To design the Casing with sheet metal from Nx CAD 3. Introduction: The sheet metal working domain is widely used in industries because sheet metal can quickly get and does not require any type of machining process like turning, milling, boring or any other kind of process which…

BACK DOOR: Back door is part of the Body in white (BIW) this door exists back side of the car and provides extra space to carry luggage. this door is made of different parts and different materials which provides it with lightweight, high strength and extra durability. This back door also provides a backside view for the…

                                                                        ROOF DESIGN AND ANALYSIS Objective: To design the Car Roof according…

                                                                            Section Modulus of HOOD DESIGN section modulus theory…

                                                           Fender Design Fender: The fender is a side (front and back total 4) component that defends the entry of sand, mud, stones and another particle inside the engine compartment. It defends also from the accidental hit to the engine compartment and makes a smooth curve…

                                                                              Fender Design of Car Aim: Calculate the Wheel Arch…

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What is Underbody Coating: Underbody coating is nothing but to protect the metal sheet from corrosion, erosion, scratch, and other external causes by which sheet metal can be damaged. we apply a layer of paint with their thickness by which the Body in White (BiW) can be protected from external harmful effects. Types of…

                                                                       EXPLANATION REPORT OF BENCH-MARKING Benchmarking :  This is…

                                                             System-level simulation of an all-terrain vehicle Aim of Project: Prepare a technical report explaining…

                                      1. Implement the control logic of a “washing machine” using State flow Aim: Design a Washing Machine to wash the cloth which shows all operations per step  Mechanism: …

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Main Programming for Rankine Simulator clear all close all clc disp('RANKINE SIMULATOR') disp('PROCESS 1-2 ISENTROPIC EXPANSION IN PUMP') disp('PROCESS 2-3 ISOBARIC HEAT ADDITION IN BOILER') disp('PROCESS 3-4 ISENTROPIC EXPANSION IN TURBINE') disp('PROCESS 4-1 ISOBARIC HEAT REJECTION IN CONDENSOR') disp('INPUTS') % Input…

MAIN CODE: optimise the function and find the global maxima of the function clear all close all clc % Input Paramters x = linspace(0,0.5,150); y = linspace(0,0.5,150); % for number of Iterations num_cases = 60; % convert 1D to 2D array [xx, yy] = meshgrid(x,y); % Apply the for loop and apply the function…

 CODE:  % solve the following Ordinary differential equation of the pendulum % This ODE represents the equation of motion of a simple pendulum with damping clear all close all clc %% Input geometry parameters % Length of pendulum (in meters) L = 1; % Mass of pendulum (in kg) M = 1; % Damping coefficient C = 0.05;…

1. CODE with Comments % simulate the forward kinematics of a 2R Robotic Arm clear all close all clc % Input parameters % Base_link (in meter) which one end is pin joined from base (floor) Base_link = 2; %Manipulator_link (in meter) which one end is pin joined from the free end of Base_link and other end from end effector…