Week 8 - Challenge 5 - Door Trim Lower

In this challenge we calculate the section modulus ( moment of inertia) for a hood design in Nxcad Now for this challenge we have the hood design assy. As a input data.Basically here we are checking for front collision of the hood, like how the hood is deforming when an external force hit on it, for this we calculate…

Hood design in NxcadIn this challenge we create a hood design for a car with Nxcad While designing the any hood for any car there are certain guidelines & standards which need to be follow for better design.There are some key points which needs to be consider while designing the hood, like the region for which…

In this challenge we create a 3D Assy. of butter fly valve by using the individual components.For creating the this part I have used the assy. Module, first we open all the parts in the assy. Module after then we apply the assy. Constrain to mate the part with each other  correctly, first we use the align constrain…

Final Project Door Trim panel Assy. refer below images & the report is in Excel format & it is attached in the rar file.

In this challenge we got two assy. Part to create, details are below Quick Return Mechanism In this assy. We have total 5 individual parts and from these parts we created the complete assy., first I created these parts in PART WORKBENCH, with the help of Pad & revolve command individual, images are below, Then…

In this A pillar Design with Master Section challenge, we have created final componet with Class A & Master section as an inputs. First we check the class A surface quality & found it ok, Class A surface is clearing the 3 degree draft analysis. Now we create the two tooling axis for the componet one Main tooling…

in this Challenge i have created Door Trim Lower with Engineering Features (Loactor & heat stakes). For this i got Class A surface as an input, first i have check quality of class A surface and i found some error in Class A surface, so i improved the class A surface & after that i ahve created the tooling…

In this challenge we have to create Door Trim Lower with the help of Class A Surface. For that we got the Class A Surface, first we check the Class A surface quality (boundary check) & i found some error in Class A surface, after correction the error in class A surface then we create the tooling axis & the with…

In this challenge we have to create Dog House in Door trim part with the help of Class A Surface. For that we got the Class A Surface, first we check the Class A surface quality (boundary check) then we create the tooling axis & the with the help of tooling axis we perform the draft analysis with 3 degree draft angle,…

In this we have created Attachment Feature (Ribs & Screw Boss) in Door Handle part as per the Design rules. for this we got Class A surface as an input, And when started working on it i found that the Class A surface is not clearing the draft analysis with 3 degree draft which means that Class A surface have…

In this part we create Bumper by ussing the Class A Surface with 3mm thickness, this class A surface have 3 degree draft angle as shown below in the image, with this surface i have cerated a closed body surface having 3mm wall thickness, And the class A surface side have the draft angle 3 degree but on class C surface…

In this challenge we have created Core & Cavity Block by using Parting surface, Parting line & tooling Axis. And for the component the minimum draft angle is 2.1 degree as shown in attached image. we have created the tooling axis with the three faces of the componet by using bisecting method. Parting line/Parting Surface…

I this challenge we have created a Coin Holder with the help of Class A Surface by using Closed body method. For this challenge we have the class A surface, & we did Feature draf analysis and found that all the Faces of Class A surface are clearing 3 degree draft angle but there is an error in the surface where it…

As per the draft analysis the plastic part have minimum draft angle is 2.1 degree, but class A surface has the 3 degree draft angle & but i also gave the 3 degree value in my sweep command so i don't get it why this is happing, all though i am attaching the screen shots below, and please given the proper reason weather…

As Per the Draft Analysis of faces of the component are clearing the 3 degree value.