DESIGN OF CHOPPER USING SOLIDWORKS OBJECTIVE:               To learn all the tools used in designing…

1)RADAR MAST:                                                                 2)ASSEMBLY:                …

BENCHMARKING IN VEHICLES: Benchmarking is a process done by the manufacturers to set a number of features needed to a certain extent for the vehicle to be prominent and a leader in its segment. They usually compare it with the competitors from other manufacturers. For example, Some of the factors like Power, Mileage, Electronics,…

UNDERBODY COATING :          Underbody coating is a type of coating which is done on the undercarriage of a vehicle to prevent the formation of rust and corrosion, which is caused by sand and other particles. This coating also has a dampening effect on the underbody of the vehicle. This coating…

FENDER: A fender is a part of an automobile, motorcycle, or other vehicle body that frames a wheel well. Its primary purpose is to protect the engine and to prevent sand, rock, and other particles from flying out while the vehicle is moving Which might cause harm to the surroundings and pedestrians. While fenders are designed…

Wheel arch: A wheel arch is an arch-shaped cavity in the body of a vehicle, which houses a wheel. It also provides spacing for the wheel movement while turning and while up and down movement of the suspension. While designing wheel arc the important thing to be considered is the regulations that are imposed on the manufacturer…

Aim: The aim of this challenge is to calculate the section modulus of the hood design and alter the design to get a higher inertia value Section Modulus: Section modulus is a geometric property for a given cross-section used in the design. Section modulus and other geometric properties are affected by the geometry…

Aim:  This challenge aims to create a hood with its components and their reinforcements using Catia V5. Hood:  The Hood is a part of a car that covers the top of the front portion. The hood adds protection to the engine and its components, it also covers the boot space if present. The Hood also provides a clean…

AIM: This challenge aims to design a roof with the given master section and add necessary reinforcements and components. INTRODUCTION: The roof of a car is the part that is above the passenger which protects them from the sun, rain, and external debris. A Roof usually comprises a front roof rail, a rear roof rail, a center…

Objective: To design a back door by improving the given skin data, creating reinforcements, and performing a draft analysis on the components. Components: The skin data is first improvised and the necessary attachments are created.  The panel is developed based on the improved skin data and by following criteria. Reinforcements…

TOOLING AXIS: The tooling axis is the direction through which the ejection of the part takes place. It can be created with different methods. In this part, the tooling axis was created by creating a point on the flat surface in the center of the part. Then a line is created on the point with it normal to the flat surface.…

TOOLING AXIS: The tooling axis is the direction through which the ejection of the part takes place. It can be created with different methods. In this part, the tooling axis was created by creating a point on the flat surface in the center of the part. Then a line is created on the point with it normal to the flat surface.…

TOOLING AXIS: The tooling axis is the direction through which the ejection of the part takes place. It can be created with different methods. In this part, the tooling axis was created by creating a point on the flat surface in the center of the part. Then a line is created on the point with it normal to the flat surface.…

  DRAFT ANALYSIS TOOLING AXIS: The tooling axis is the direction through which the ejection of the part takes place. It can be created with different methods. In this part, the tooling axis was created by creating a point on the flat surface in the center of the part. Then a line is created on the point with it normal…

  The ribs and screw boss features have a draft of 0.5deg, So the faces of the rib and screwboss are highlighted in red. Class C faces highlighted in blue are due to the draft with reference to the vertical faces in the part and not in reference to the tooling axis.    

MODEL 1:         MODEL 2    

DRAFT ANALYSIS:  

Sketches: Tree structure: Part: