Section Modulus calculation and optimization

OBJECTIVE: To create and assemble the components of CV-Joint and Quick Return Mechanism. CV-JOINT: COMPONENTS OF CV-JOINT: 1. Converging Block: 2. C-Type component: 3. I Component: FINAL ASSEMBLY: QUICK RETURN MECHANISM: COMPONENTS OF QUICK RETURN MECHANISM: 1. QRM Frame: 2. Crank: 3. Crank Pin: 4. Holding Frame: 5. Slider:…

ROOF DESIGN INTRODUCTION: The roof of a car is the top part of the vehicle that shields the occupants from the sun, wind and rain. When designing the same, a variety of enviromental factors are taken into consideration. Although the roof serves as a surface for style, It should have the necessary reinfocrcements to keep…

                                                                          BACK DOOR DESIGN AIM: To design the back door of the car and…

BUTTERFLY VALVE ASSEMBLY AIM: To assemble and apply GD&T to the butterfly valve assembly drawing. INTRODUCTION: A Butterfly valve is from a family of valves called quarter-turn valves. In operation, the valve is fully open or closed when the disc is rotated a quarter turn. The Butterfly is a metal disc mounted on a…

A-PILLAR DESIGN WITH MASTER SECTION AIM: To create the A-Pillar's Plastic component from the given Class-A surface using the master section that is provided while following the design rules. INTRODUCTION: Types of Pillars and their importance in the Automotive Industry:              …

SECTION MODULUS CALCULATION AIM: To find the section modulus of the hood and optimization to improve the overall section modulus. OBJECTIVE: Use the section from your Hood design and calculate the section modulus using the formula S= I/Y. SECTION MODULUS: The section modulus (S) is geometry property of the cross section…

                                                                              FENDER DESIGN AIM:- From the FENDER's provided…

                                                                                 DOOR TRIM PANEL AIM: The Project's…

                                                              DOOR TRIM LOWER ENGINEERING FEATURE AIM: To create the Door Trim Lower plastic component through the given…

                                              ATTACHMENT FEATURE CREATION (DOG HOUSE) AIM:- To create the Dog House for the Door Trim considering the design rules. INTRODUCTION: DOG HOUSE:- Dog House is an…

ATTACHMENT FEATURE CREATION( RIBS & SCREW BOSS) AIM:-  To create the rib for the drill handle. To create the screw boss for the drill handle. To create the tooling axis. To perform the draft analysis on the part body. DESIGN METHODOLOGY:- 1. TOOLING AXIS:- In essence, the direction in which the mould pulls a part…

                                                                               BUMPER DESIGN Aim:- To create the Bumper…

                                                                             HOOD DESIGN AIM:-  To design the hood of the…

                                                                          …

                                                                         …