Week 11 - Final project

FINAL PROJECT interior car door trim design

Aim:-

To design interior car door trim using you and Classes surface to create thickness to it and

create doghouse push in heatsink using given input check to link feasibility check for manufacturing.

Given data

Class A surfaces of

Armrest

upper substrate

lower substrates

map pocket

Master sections

Tooling Axis:-

To find tooling access using method point and direction and bisection method.

This is defined as the direction in which the mold opens or core and cavity open and close the selection of the

correct Tooling axis is essential to ensure the components are taken out perfectly and also the cost of the

components should be less.

Draft analysis-

Draft analyses technique to analyze whether the component created is manufactured able or not based on the draft

condition applied so here is the direction in which the component should be ejected to get the easy removal

the direction will be the pooling access created the minimum draft value for the automotive plastic component is 3°

and those for texture face 7° of the draft a suitable draft is provided to the component for easy removal of the mouldin

the case of plastic components.

Surfaces:-

Class A surface-

class A surfaces are given but we should make improvements if required by prior permission.

Class B surfaces-

For creating a class B surface we have to offset class a surface to 2.5 MM which is the thickness of the part according

to the master section which is given as the input.

Class C surfaces-

Class C surface is defined as the surface which connects class A and class B.

Closed component -

Tree-

Components with fixing features -

Armrest-

Upper substrate-

Lower substrate-

Map pocket-

Push pin clip

Master section aligned

Final assembly-