Week 8 - Challenge 2 - Base Bracket Design

TITLE: SHEET METAL MODELLING  OF A METAL BRACKET DESIGN OBJECTIVE:                The objective of this design is to create a Sheet metal Component of a Metal Bracket Design. In this We are Using NX Siemens  as a software to create a Sheet metal component by using different commands having a easy interface. INTRODUCTION:…

TITLE: SHEET METAL MODELLING  OF A BOX ASSEMBLY DESIGN IN NX OBJECTIVE:                The objective of this design is to create a Sheet metal Component of a Casing Design. In this We are Using NX Siemens  as a software to create…

TITLE:  SHEET METAL MODELLING  OF A BRACKET DESIGN IN NX OBJECTIVE:                The objective of this design is to create a Sheet metal Component of a Bracket Design. In this We are Using NX Siemens  as a software to create a Sheet…

TITLE:  SHEET METAL MODELLING OF AN ODD SHAPED ENCLOSURE DESIGN OBJECTIVE:                The objective of this design is to create a Sheet metal Component of a Odd Shaped Enclosure Design. In this We are Using NX Siemens  as a software…

MODELLING  OF A SHEET METAL CASING DESIGN IN NX   OBJECTIVE:                The objective of this design is to create a Sheet metal Component of a Casing Design. In this We are Using NX Siemens as a software to create a Sheet metal component by using different commands having a easy interface. INTRODUCTION:           NX Siemens…

DESIGN AND DEVELOPMENT OF CAR INTERIOR DOOR TRIM USING CATIA V5   We are going to design plastic components of door trim from given class a surfaces and referring to the master sections given also adding engineering features to b side of plastic components for attachment.   Given Class A Surfaces:   Check…

Quick return mechanism Drawings Body-1:   Body-2:   Body-3:   Body-4:   Body-5:   Assembly:       CV Joint Drawings Body-1:   Body-2:   Body-3:   Assembly:

DRAFT ANALYSIS OF DOOR APPLIQUE PLASTIC COMPONENT CREATED IN CATIA   Given class A surface:       Creation of tooling axis: On visual inspection of the class A surface we can find that the tooling axis will be in Y-direction as it is a simple surface with no major deviations.   Create point on…

CREATION OF BOSS AND DOGHOUSE FOR THE CNETER CONSOLE COIN HOLDER CONSIDERING THE DESIGN RULES IN CATIA   CREATION OF TOOLING AXIS: From visual inspection we can see that the tooling axis will be along the plane normal to the base of coin holder as we can see visually that hollow part of coin holder should fit either…

CREATION OF RIBS FOR THE CENTER CONSOLE COIN HOLDER FOLLOWING DESIGN RULES AND DRAFT ANALYSIS OF THE ENTIRE BODY IN CATIA   CREATION OF TOOLING AXIS: From visual inspection we can see that the tooling axis will be along the plane normal to the base of coin holder as we can see visually that hollow part of coin holder…

DRAFT ANALYSIS ON SWITCH BEZEL PLASTIC COMPONENT AND DESIGN OF CORE AND CAVITY BLOCKS IN CATIA   Visually inspect the surface for possible direction of tooling axis. Note: The Tooling axis (The Axis along which the core and or cavity move for part creation) should be in such a direction so that it would use minimum…

DRAFT ANALYSIS ON GIVEN CENTER CONSOLE COIN HOLDER CLASS A SURFACE AND IT’S THICKENED PLASTIC MODEL   CREATION OF TOOLING AXIS: From visual inspection we can see that the tooling axis will be along the plane normal to the base of coin holder as we can see visually that hollow part of coin holder should fit either…

CREATION OF SWITCH BEZEL PLASTIC COMPONENT MODEL FROM CLASS A SURFACE IN CATIA   From the given class A surface a plastic component model is to be created with a thickness of 2.5mm and draft angle of 3 degrees.    Checking class A surface for gaps. The Provided class A surface should be checked for…

  CREATION OF BASE BRACKET PLASTIC COMPONENT MODEL FROM CLASS A SURFACE IN CATIA   From the given class A surface a plastic component model is to be created with a thickness of 2.5mm and draft angle of 3 degrees.   Checking class A surface for gaps. The Provided class A surface should be checked for any…

DRAFT ANALYSIS ON FAN COVER IN CATIA   Draft Analysis: Draft analysis is a technique used to analyze whether our part model created in cad is manufacturable based on the draft condition applied. No parts can be ejected from the tool if it is having a 0 degree profile with the dirction of toolin axis…

1. RADAR MAST Isometric Vew: Front View: Side View: Feature tree:   2. Yacht Assembly Isometric View: Front View: Side View:   Top View: Feature tree:   Report:   PART MODELLING, ASSEMBLY AND RENDERRING OF YACHT IN SOLIDWORKS   INTRODUCTION Solidworks360 is 3D designing software which is cable of different function ,to…

MODELLING OF AMERICAN CHOPPER IN SOLIDWORKS Introduction Solidworks360 is 3D designing software which is cable of different function, to create a 3D model of our liking. In this Software there are lot of features to make our model look realistic we use Rendering Features. As being a multi platform for our creation…

                                                                         PARSING NASA THERMODYNAMIC DATA         …

MATLAB CODE TO OPTIMISE THE STALAGMITE FUNCTION USING GENETIC ALGORITHM AND TO FIND GLOBAL MAXIMA OF FUNCTION Genetic Algorithm (GA) : A genetic algorithm is a search heuristic that is inspired by Charles Darwin’s theory of natural evolution. This algorithm reflects the process of natural selection where the fittest individuals…

                                                                                       Solving Second…

                                                                                    CURVE FITTING Contents:…

                                                              MATLAB CODE TO SIMULATE PENDULUM MOTION 2nd Order Ordinary differential equation used:      …

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