Week 8 - Challenge 1 - Base Bracket Design

Objective -  To assemble and apply GD&T to the butterfly valve assembly drawing. Tools used :- Assembly add component move allign contraints touch constraints drafting. Steps followed :- First the different parts created for butterfly valve are imported to the assembly window. here all the imported parts of the…

Title: To design backdoor of a car with all the feature and design rules. Objective: To design inner panel, outer panel, inner flange for mastics, hinge and striker emboss and reinforcement for the backdoor. Tools used: Bridge curve Studio surface Offset curve Trim sheet Trim and extend Description: Backdoor of a car is…

Title :  For the Given Roof styling, create an ASSEMBLY by developing the essential flanges for the outer roof and creating the reinforcements. Objective : To develop the Outer, Inner Roof panel along with the reinforcement such as Front Roof Rail, Rear Roof Rail, Central Roof Rail, Bow Roofs and calculate…

Title : Follow the given Master section to create the Drip Area, For the Sill, Bumper, Baffle(Splash), and A-Pillar mount create your own design according to the Engineering standard that you learned.   Objective : To design Drip area, Sill, Bumper, Baffle(splash), and A-pillar mount for the given fender…

Title :  Calculate the Wheel Arch gap at required points and check whether the car passes the European standard. Objective : In this challenge we have to calculate gap between fender and the wheel arch of a car at required points so that the car passes European standard. Tool used : Datum plane Sketch…

Title : Use the Section from your Hood design and calculate the Section Modulus using the formula  S = I/y  S = Section Modulus I = Moment of Inertia y = distance between the neutral axis and the extreme end of the object  Objective : In this challenge we need to find the section modulus of the hood…

The report for the above challenge is as follows :- Creation of Inner pannel First given outer panel is split in equal half so that we can make it working surface. The split half surface is offset to 1.7 mm as per given master section and then with the help of 3D project curve the outer face is offset to 20mm. Then the…

Report for the above challenge is as follows :- Underbody coating is layer of chemical compound applied on the outer body to protect it from corrosion and general wear and tear. Types of Underbody coating are :- 1.Rubberrized Underbody coating - This is genarally best form of coating applied on the outer body and easy…

The report for the above challenge is as follows :- Benchmarking is the practice of comparing business processes and performance metrics to industry bests and best practices from other companies. Dimensions typically measured are quality, time and cost. For the above case of Mr. D.S. Pughazhyendhii the following benchmarking…

Report for this final project are as follows :- First the given Door trim class A surface is seperated in four sub segments, i.e Arm Rest, Lower substrate, Map pocket and Bottle holder. Than for individual parts tooling axis is defined.  Tooling axis creation. At first tooling axis is to defined to perform draft analsys…

Report for the above challenge is as follows :- First the sketches are done in part workbench for the given dimensions in the challenge. After sketching the parts are imported in assembly workbench. After importing all parts, reference point and reference axis is created for individual parts. On the defined axis the parts…

Report for the above challenge is as follows :- Tooling axis creation. At first tooling axis is to defined to perform draft analsys on given A surface. A flat surface is identified and extracted from the given A-surface. A point is marked on the extracted surface and a line is created normal to the surface. Since the line…

Report for the above challenge is as follows :- Tooling axis creation. At first tooling axis is to defined to perform draft analsys on given A surface. A flat surface is identified and extracted from the given A-surface. A point is marked on the extracted surface and a line is created normal to the surface. Since the line…

Report for the above challenge is as follows :- Tooling axis creation. At first tooling axis is to defined to perform draft analsys on given A surface. A flat surface is identified and extracted from the given A-surface. A point is marked on the extracted surface and a line is created normal to the surface. Since the line…

Report for the above challenge is as follows :- Tooling axis creation. At first tooling axis is to defined to perform draft analsys on given A surface. A flat surface is identified and extracted from the given A-surface. A point is marked on the extracted surface and a line is created normal to the surface. Since the line…

Report for the above challenge is as follows. The steps followed for the tooling axis are as follows. first base part is extracted from the class A surface on which as point is marked. On the marked point the suface intersect is defined in x axis. Through the intersect two lines are created and the bisected to get a single…

Report for the above challenge is as follows :- Tooling axis creation. At first tooling axis is to defined to perform draft analsys on given A surface. A flat surface is identified and extracted from the given A-surface. A point is marked on the extracted surface and a line is created normal to the surface. Since the line…

Kindly consider the below attached files for the above challenge.   Tooling axis creation - Base of the given A surface is extracted. A point is marked on the extracted flat surface. Since the walls of the given A surface is almost perpendicular the the surafce so, A line is generated normal to the flat surafce at…

Kindly find the  attachments below for the above challenge.   The steps followed for the tooling axis are as follows. first a point is marked on the class A surface. On the marked point the suface intersect is defined in x axis. Through the intersect two lines are created and the bisected to get a single…

Kindly find the  attachments below for the above challenge.   The steps followed for the tooling axis are as follows. first base part is extracted from the class A surface on which as point is marked. On the marked point the suface intersect is defined in x axis. Through the intersect two lines are created…