Week 11 - Project - A pillar Design with Master Section

Aim: - To create a A PILLER DESIGN WITH MASTERSECTION Plastic Component through a given Class A Surface and perform Draft Analysis on the final plastic component.

Create the Dog House considering the design rules.

Objectives:

• Creation of Tooling Axis.
• Creation of Class B and Class C surface.
• Creating a solid part out of surface modelling.
• Creating Heat Stakes & Locater on the component.
• Draft Analysis of Class A Surface, final plastic component & Dog House.

Provided Class A surface for component is shown below:

Identifying Tooling Axis

· On inspecting the part, the Y-Axis is the best option for tooling the component.

· As shown below the Tooling Axis is created using Bisecting method using giver Master section curves.

Draft Analysis of Class A surface is shown below:

· To manufacture the Tooling component, Draft analysis is done on it.

· Industrial std. is of 3° and as it is seen in the above the draft on provided class A surface is more than the acceptable value.

Creating Surface B

· Using extrapolate and off-set command the surface B is created which is shown in below image of off-set value of 2.5mm.

Creating Surface C

· Using Boundary & Sweep command, the Class C surface is created as shown below:

Final Tooling Surface

· Now using Trim command all the excess surfaces are trimmed and required final surface is formed as shown below:

Converting to Solid Body

· After completing the Final surface, shift to Part Modelling interface, now using Closed Surface Command the whole Surface body is now converted into solid Plastic Component.

Dog House Creation

· Now using part modelling the Dog House is created using same Tooling Axis as reference.

· From the below image it is clear that the draft analysis of the Dog House is well under acceptable range which is 0.45°.

Draft Analysis on Final component

· As shown below the Draft angle is under well acceptable range for the Final part which is 3°.

Following are the images of the Final Plastic Component & its Tree Structure :