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  1. Home/
  2. Ankosh Vasave/
  3. Week 9 - Project 1 - Door Applique Design with Engineering Features

Week 9 - Project 1 - Door Applique Design with Engineering Features

PART 1 Creation Of Tooling Axis To create the tolling axis a take poing selct the class A surface, then create point over a surface in 0 distance. Then use line command select the point choos normal to surface option select the class a surface and create a line, name it as a Toooling AXIS. We are going to create every…

  • FEA
  • Ankosh Vasave

    updated on 25 Feb 2022

PART 1

Creation Of Tooling Axis

To create the tolling axis a take poing selct the class A surface, then create point over a surface in 0 distance.

Then use line command select the point choos normal to surface option select the class a surface and create a line, name it as a Toooling AXIS.

We are going to create every component with respect to this Tooling Axis.

Creation Of Class B Surface

Offset the class A surface by 2.5 mm outside/in upward direction and exten it well using Extrapolate so it can intesect with class B surface while triming.

Creation of Class C surface

To create class C surface extract the edges of the class a surface then using Sweep and Multisections in pacht and the join them together. create the c surface with respect to the tooling axis.

Final Time and Join 

Join class A surface with class C surface.

Then trim the class Join with class B surface.

Final Surface

Front View

Side View

Top View

Isometric Viwe

Creating Close Body

To create the colse boy switch the wotkbench in to part desig use the closesurface command select the final surface we created.

PART 2

LOCATORS

Locators are the attachment Features which hold the child part with the parent part/component which arresting then movement of the child component in variouse direction.

HEATE STAKES

Heat Stakes are also the attachment feature which can be welded on the parent compinent. it is molded with the child part and the introdused into the parent compent by the hole with respect to the heat stake and the apply heate the tip of the heat stake so it can spred over the parent component and lock the position of it so altimetly it fixed to child part with the parent component. 

Cration of Locators and Heat Stakes

 Locators 

to create locators sketch the zx plane use positioned sketch. used 15mm lines. then pad them along the tooling direction with thickness of 2.5*0.6 = 1.6mm, drafted them by 0.5 degree using tooing axis as draft direction. then apply chanfer at tip edes to create entry chamer so it will easily go through the hole respect to the locater in the parent component.

4 Way locator 

 

2 Way Locator

Then prform boolean aperation union trim them with the main component.

HEAT STAKES 

To create the heat stakes the should be appropreate amount so it can fixed the child part with the parrent component and arrest the movement in XYX + ve & - ve direction as much it can.

For that we need the points where it should be placed so we created reference edge took from the class A surface then offset the ilne 15mm inside usind the parellel curve command, used the class a surface as a refference and the placed point over the edge to give a appropriate positione to heate stakes.

Created refference plane from ZX plane and select the point on the edge.

Then sketch over that plane. drawa a circles 2 circle the wall thicknes should be 0.6 or 0.8 times of component thicknes so give the appropriat diamentions. there is no concern provide for the sizes of the heat stakes. so we created the wall thickness according to the thickness of component.

Then pad them with respect to the tooling axis and. draft it by 0.5 degree using tooking axis as pulling direction.

create each of them using the same procedure. then join them using union trim by Boolean Operation to the main component.

 

FINAL PART WITH LOCATORS AND HEAT STAKES FEATURE

 

 

PART 3 

DRAFT ANALYSIS

CLASS A SURFACE

PART DRAFT ANALYSIS

 

Green Colour reprents the angle of the part area is greater than 3 degree with tooling axis.

Red colour represent the angle of the part area is between 0 to 3 degree with tooling axis.

Blue Colour represent the angle at that are is negavtive with the tooling axis 

 

 TREE STRUCTURE

 

 

 

 

 

 

 

 

 

 

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Read more Projects by Ankosh Vasave (14)

Week 11 - Final project

Objective:

OBJECTIVE  1. Creation of tooling direction and Perfom draft analysis on the class A surface from the inputs door trim panel, that is Map pocket upper lower, Lower substrate, Door armrest. 2. Creation of Class B and Class C surface and Solide body from the close surface. 3. Ceating attaching feature according to master…

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29 Mar 2022 11:31 AM IST

  • DESIGN
  • FEA
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Week 10- Assembly Workbench

Objective:

QUICK RETURN MECHANINSM PART 1 In this part we created 5 sub parts which assembled togather to form this Quick return mechanism. BODY 1 this part is a base body where the reamining part is going to rest, created this part with a single sketch and a pad. created a sketch at the center of the all planes which is going to…

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03 Mar 2022 04:37 PM IST

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    Week 9 - Project - Master Section Development

    Objective:

    TOOLING AXIS To create tooling axis extract the lines from the master section create the , then using these master section create a point in center of that lines, then create a bisecting line using these lines and point and name it as Tooling Axis. then create SIDE CORE TOOLING AXIS  To create side core tooling axis…

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    27 Feb 2022 07:25 PM IST

    • BIM
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    Week 9 - Project 1 - Door Applique Design with Engineering Features

    Objective:

    PART 1 Creation Of Tooling Axis To create the tolling axis a take poing selct the class A surface, then create point over a surface in 0 distance. Then use line command select the point choos normal to surface option select the class a surface and create a line, name it as a Toooling AXIS. We are going to create every…

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    25 Feb 2022 06:31 AM IST

    • FEA
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