Fender Design

Answer was submitted in the word.

The Roof Challenge is submitted below.

  AIM:             To Design the Fender for the given from the given Class A Surfacing with Drip Area, Bumper Mount, Cowl Mount, Sill Mount, and A-Pillar Mount.   FENDERS: Fender is the American English term for the part of an automobile, motorcycle or other vehicle body…

AIM:    To check the Wheel Arch gap at required points and check whether the car passes the European standard.   1ST POINT = - 5.99 (NOT SATISFIED EURO STANDARDS)   2ND POINT   = -0.1139  (NOT SATISFIED EURO STANDARDS)   3RD POINT     = - 2.8875 (NOT…

 AIM:           To calculate the section modulus of the hood and optimize the design to have an improved section modulus.    SECTION MODULUS:               Section Modulus is a geometric property used to calculate the bending stresses in a…

  AIM:   To Design the Hood for the given master sections   Steps to be followed: 1. First Create the tooling axis. 2. Design the Inner Panel using the following commands: Linked Face Face Offset Surface Offset Trim Sew Emboss Through Face(Multi-surface)           3. Assembly…

     AIM.        Design of vehicle interior door trim using the given class A surface and create the attachment features as per design rules.        CREATING TOOLING AXIS.  We have created tooling for all four parts.   Creating a tooling axis…

STEP 1: DRAW INDIVIDUAL PARTS OF THE PRODUCT. First, we have to sketch the individual parts and extrude them according to the given dimensions.                             [1]                 …

       CREATING TOOLING AXIS. First, we create a point on the extracted surface and create a plane on the surface.   Now we have to create the line using the Point-to-direction method.   Then draw two lines based on the projection of class A or using the intersection of the point’s…

           CREATING TOOLING AXIS. First, we create a plane on the surface. Then draw two lines based on the projection of class A or using the intersection of the point’s method.   Now Using the Normal to-the-surface method, We have to create the tooling axis.    …

     CREATING TOOLING AXIS. First, we create a plane on the surface. Then draw two lines based on the projection of class A or using the intersection of the point’s method.   Now Using the normal-to-surface method, we have to create Tooling axis.        DRAFT ANALYSIS…

  CREATING TOOLING AXIS. First, we create a plane on the surface. Then draw two lines based on the projection of class A or using the intersection of the point’s method.   Now Using the Bisecting method, select the two projected lines and get the Tooling axis.    DRAFT ANALYSIS OF SURFACE…

CREATING TOOLING AXIS. First, we create a plane on the surface. Then draw two lines based on the projection of class A or using the intersection of the point’s method.   Now Using the Bisecting method, select the two projected lines and get the Tooling axis.   DRAFT ANALYSIS FOR SURFACE A  After…

    CREATING TOOLING AXIS First, we create a plane on the surface. Then draw two lines based on the projection of class A or using the intersection of the point’s method. Now Using the Bisecting method, select the two projected lines and get the Tooling axis.         …

  CREATING TOOLING AXIS First, we create a plane on the surface. Then draw two lines based on the projection of class A or using the intersection of the point’s method. Now Using the Bisecting method, select the two projected lines and get the Tooling axis.             …

AIM: To create a 2D meshing on the given Sheet Metal [WATER STORAGE SUPPORT BKRT RFD_MODIFIED].  PROCEDURE: First, we must find the thickness of each element in the given geomentry.   Then I give the proper perimeter and Macro length as 1.   I checked for geometry and removing the cons and error presented…

AIM: To create a 2D meshing on the given PLASTIC MATERIAL-BOTLLE CAP.  PROCEDURE: First, we separate each element as the bottle cap has different thicknesses in each element.   Then I give the proper perimeter and Macro length as 1.   I check for geometry and removed the cons. We need to create a mid-surface for all materials…

AIM: To create a 2D meshing on the given material hood.  PROCEDURE: First, we separate each element. Then I give the proper perimeter and Macro length as 5. I check for geometry and removed the cons. As hood have many material properties. We split each one separately. We need to create a mid-surface for all materials…