Week 9-Challenge

TYPES OF UNDERBODY COATING: 1. RUBBERIZED UNDERCOATING Rubberized undercoating is easy to apply, and offers the best protective coating for car's undercarriage. It cushions surfaces against moisture, rust. dings, and dents. Rubberized undercoating is safe to use on wheel wells, quarter panels and dries with a soft rubbery…

Condition:   Mr. D.S. Pughazhyendhi is a married man who lives in Bangalore which is a highly crowded city. His Family comprises five members including his wife, five-year-old boy, his father, and his mother. He visits his native place Madurai which is 500kms away from Bangalore once in a month. Also. he will be using…

 AIM:         To create a solid body of B pillar cover including ribs and locators using catia v5 tool using given A class surface and master section and adding thickness. INTODUCTION:    B-PILLAR             The B-pillar is the central pillar of the…

AIM:  To create a solid body of a given door Applique and to create the locaters and heat stakes on it sas per standards. INTODUCTION:    Heat staking  Heat 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 to feform the plastic matwerial…

AIM:  To create a coin holder with ribs from the given A surface by adding a thickness of 2.5 mm to it and to create ribs as per the design standards . PROCEDURE: 1)Tooling axis        Tooling axis is nothing but the duirection in which the core and cavity opens and closes . Design engineer works is to analyse the class…

AIM:  To create a coin holder with ribs from the given A surface by adding a thickness of 2.5 mm to it and to create ribs as per the design standards . PROCEDURE: 1)Tooling axis        Tooling axis is nothing but the duirection in which the core and cavity opens and closes . Design engineer works…

AIM  To create a door arm rest switch bezel from the given Class A surface by adding a thickness of 2.5 mm to it and to create the core and cavity blocks for the switch bezel. PROCEDURE:    1)Tooling axis         Tooling axis is nothing but the direction in which the core and cavity open…

AIM:       To make a make 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 aesthetic surface and the outer most surface. CLASS-B SURFACE : A surface below a certain thickness from the class-A surface to class-B…

AIM:     Create the switch bezel plastic component through the given Class-A surface. Workbench and its toolbar used: Generative shape besign workbench  surface toolbar  wireframe toolbar   operation toolbar Part workbench Surface based feature toolbar Theory : Tooling axis: Tooling axis is…

AIM:  To perform the draft analysis, tooling axis creation for both the given class A surface and the final plastic component. OBJECTIVIES:       1.Explaining the draft analysis and tooling axis creation.        2. Creating the tooling axis particularly the bisecting method.  …

 AIM:       To create the tooling axis for the given fan cover model meeting the requirments of the draft angle and performing analysis on the model. Objective: 1. To ensure proper tree structure is followed  2. Geometrical sets should have a proper name based on the sketches present inside of…

AIM:      To extract midsumesh surface and create a mesh on the given component. PROCEDURE: Import the given component into the hypermesh. Geometry cleanup the given component by using the options in quick edit panel etc. Then extract the midsurface of the given components by using auto midsurface option.…

AIM:       To perform tetra and hexa mesh on the given components and understand the radioss analysis PROCEDURE:  First import the given component into the hypermesh.  Geometry cleanup the given components with the cleanup tools in the quick edit panel.  Meshing the given componet in…

AIM:      To create a mesh on the given side door component and assign thickness PROCEDURE: Import the given side door component in the hypermesh. Find the geometry error in the side door compoent. Geometry cleanup the parts which have the error by using cleanup tools. Then extract the midsurface component…

AIM :      To create mesh on the given component and check the quality parameter. PROCEDURE: Import the given back wheel panel body into the hypermesh. Find the geometry error in the side door compoent. Geometry cleanup the parts which have the error by using cleanup tools. Then extract the midsurface component…

AIM:    To create connecter and attach the various parts of the given model. PROCEDURE:  Import the given model into the hypermesh. Mesh all the parts of the given components with the correct element size. Then correct the mesh flow in the given components and reduce the trias. After meshing the given component,…

AIM:         To perform the 3d mesh on the given models and check with the given parameter value. PROCEDURE:  Import the given models into the hypermesh.  Geometry cleanup the given models by using the cleanup tools in the quick edit panel.  After geometry cleanup, meshing the given…

OBJECTIVE:               The aim of the challenge is to generate the midsurface and geometry cleanup of the given component and create mesh on the component with low tria concentration and proper mesh flow. procedure:  Import the given cad model in hypermesh by open it…

AIM:        To create 1d element on the following component with the given cross-section and degree of freedom. PROCEDURE: First open the hypermesh in optistruct page and import the given component on hypermesh then delete the solids in the component by using deleting option.       …