Week 8 - Challenge 2 - Base Bracket Design

AIM:

To determine the Base Bracket Plastic component through the given Class-A surface. To begin with, the tooling axis for the given Class-A Surface should be created meeting the requirements of the draft angle and at the end perform the Draft analysis on the model.

PROCEDURE:

The First method in this base bracket the method is to set the tooling axis on the diagram.

First create the bisector on the diagram and make point on the inclined on the bisector of left and right side

After creating the ponit draw the line on the right point and join the two point as well this method is follow on the left side also.

Then create the centre point on the object and make the point

After creating the centre point and draw the centre from the bisecting line is show in the figure

After creating the centre line mark as tooling axis and placed on the new geomentric part

The next method is to create the extract from the given class a surface. class a surface showes in the figure

First extract the right side rib on the class a surface show in the figure

And untrim the extract and also extrapolate because of the extra surface we use the extrapolate tool

And then hide th extract only visible on extrapolate is shows in the figure

This is rib on final trim process is done and then offset the trim in to 2.5 mm down

And this method is follow on the another ribis called as rib 2 atha picture show in the figure

and joint the two rib and base and side access also trim and joint the class B

THE FINAL OUTPUT OF CLASS B IS SHOW IN THE FIGURE

After finish the class b surface and tnem applied thr edge fillet on the side on th diagram

by the edge fillet method of the concept on convex and concave and applied the radius

the final edge fillet diagram is show in the figure

After the edge fillet is then start the class c surface

open the class a surface and create the boundary on the surface

and create the swept on the class a surface with the angle of 3 degree with the referance of tooling axis

And the class b surface trim the class A and class B and that is class c is thickness of 2.5mm

and check the boundary on the final part of class a

after the creating of classc the next the plastic component is converted in solid in the part design

covert work method the generative shape design into part design and select the close surface tool and applied on the surface on the diagram and result shown in the figure

final the analysis method

CLICK THE TOOLS BAR ON THE TOP AND CHOOSE THE ANALYSIS IN THE feature draft analysis