Week 10 - Challenge 3 - Door Trim Lower with Engineering Features

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.

DRAFT ANALYSIS FOR SURFACE A

• After creating the Tooling axis, I checked for the draft analysis by clicking insert-->Analysis-->Draft analysis.
• Surface A Passed the Draft Analysis Test.

CREATING CLASS B AND CLASS C SURFACES.

• Then I created the Class B surface, Using the following commands.
  
  - Offset.
  - Trim.
  - Multi-surface.
  - Boundary.
  - Split.
  - Join.
  - Untrim.
  - Extract.
  - Multi-Extract.

• Then I created the Class C surface, Using the following commands.
  - Sweep.
  - Boundary.
  - Smooth- Surface.
  - Multi-Extract.

• After creating the Class B and Class C Surface, I Joined the Surface A and Surface C and Trimmed them with Surface B.
  Join A+C.
  Trim A+C-B.

• After creating the Closed Surface, I checked for the closed surface using the Boundary Condition.

While offsetting there, a gap is formed.

All the gap is filled using the Multi-Surface and Extrapolate commands.

SURFACE B

SURFACE C

SURFACE A+C(jOINING A AND C SURFACE USING JOIN COMMANDS)

TRIMMING (A+C) AND B

SURFACE A+B+C (Checked for closed surface)

FINAL PRODUCT WITH HEAT STAKES AND LOCATORS

DRAFT ANALYSIS FOR THE FINAL PRODUCT

• After creating the closed surface, I checked for the draft analysis by clicking insert-->Analysis-->Draft analysis.
• And My Closed surface passed the draft analysis test for the heat stakes and locators.

DIFFERENT VIEWS

ISOMETRIC VIEWS