Section Modulus calculation and optimization

Introduction to BIW and Fixtures ChallengeQ1. What is BIW & define its parts?Ans: BIW, or Body In White, refers to the welded sheet metal components that constitute the vehicle's structural framework. This framework serves as the foundation for the assembly of various other components, including the engine, chassis,…

FINAL INDEPENDENT PROJECTObjective:Design the parts of the ForkliftAssemble the parts in a SolidWorks assembly.Render a high-quality image using Photoview 360 and SolidWorks Visualize.Motivation for the Project:As a working professional in the design and manufacturing industry, we know forklifts play a crucial role in…

Radar Mast & Final Assembly of YachtAim:To model Radar mast using Solidworks.To assemble the Yacht parts. Radar Mast:Fig: Front ViewFig: Side ViewFig: Isometric ViewFig: Multiple View   Fig: Feature TreeProject Report on Sunseeker Yacht:Title: Modelling of Sunseeker Predator Yacht Objective: To…

Project 2AIM:Route the Wiring harness on the Given car body and Prepare a flattened view drawing in CATIA V5. PROCEDURE:A new product file was created and designated as “Tail Gate Wiring Harness.” Within this product file, the specified CAD file related to the tailgate was opened. Subsequently, another product…

Project 1AIM:In order to properly route the wiring harness for the specified engine, it is essential to apply all relevant packaging guidelines and industry best practices acquired throughout this course. Furthermore, the application of protective coverings should be implemented as necessary to ensure optimal performance…

Week 7 ChallengeAIM: Flatten the harness assembly completed in “ week 4 challenge”. Place the flattened view on drawing sheet. Ensure bundles with protective coverings has different visuals on drawing view.PROCEDURE:The assembly of the wiring harness is constructed in accordance with the specified layout, ensuring…

Week 5 & 6 ChallengeAIM:To facilitate the routing of the harness layout within the Electrical workbench, it is essential to adhere to the specified conditions while utilizing the provided connectors.OBJECTIVES:Check the bundle Continuity.Add annotation to all connectors. Check for the bundle warning.Generate the CAT.part…

Week 4 ChallengeAim: 1) Proceed to route the specified harness layout within the Electrical Workbench.  2) Ensure that protective covering is applied to all branches connected to the DT06-2S and DT06-4S connectors.Given Data:CAD data of the following Connectors: DT06-4SDT06-6SDT06-2SDT06-08SAProcess…

PHOTO REALISTIC RENDERINGOBJECTIVE:The primary aim of this project is to acquire comprehensive proficiency in SOLIDWORKS part modeling, SOLIDWORKS assembly, and rendering. This will involve:1) Meticulously modeling each component of the American chopper with precise dimensions and visual attributes utilizing SOLIDWORKS…

Wiring harness Routing and packaging Rules-Week 3 ChallengeAIM:To define mechanical component electrically and prepare the catalog for the same.Prepare the COT tube and make the catalog for the same.Prepare a report with all the required images for the challenge.INTRODUCTION:P-Clamp: A P-clamp also known as a P-clip, is…

Wiring Harness Design in CATIA V5- Week 2 challengeAIM:To define the following connectors and the associated connector clip CAD data from the provided link, categorizing them as Electrical Connectors. Utilize the Electrical Part Design Workbench to incorporate all necessary properties related to the Connectors and Clip.INTRODUCTION:Wiring…

 Fender Design 1.0 Introduction A fender is the part of the vehicle's body that covers the wheel wells and extends along the side of the vehicle, typically from the front to the rear bumper. Fenders serve several important purposes in terms of both functionality and aesthetics. A fender is a body panel that surrounds…

Section Modulus Calculation and Optimization    Section modulus is a geometric property of a cross-section used in the analysis and design of beams and other structural elements, including components in automotive engineering such as hoods. It is an important parameter for evaluating the strength and stiffness…

Hood Design- Challenge 1 1.0 Introduction to Hood and it's component:  Hood: In automobiles, "hood" refers to the hinged cover at the front of a vehicle that covers the engine compartment. It's also commonly referred to as the "bonnet" in some regions, particularly in British English. The hood serves…

Attached the report in ppt format and all the part files with assembly file in zip folder.

Attached ppt as per requirement and CATpart file in zipped format below.

Draft Analysis: Visualised the Class A Surface, checked the axis that will clear all edges and slots. Created the Main Tooling axis in Y-direction by taking point on the curve as highlighte in Pink color. After the tooling axis is created, to perform Draft Analysis go to Insert- Analysis- Feature Draft Analysis. First…

Creation of tooling axis followed by Draft analysis. Visualised the Class A Surface, checked the axis that will clear all edges and slots. Created the Main Tooling axis in Y-direction by taking point on the curve as highlighte in Pink color. After the tooling axis is created, to perform Draft Analysis go to Insert- Analysis-…

 Creation of Tooling Axis followed by Draft Analysis:  Visualised the Class A Surface, checked the axis that will clear all edges and slots. Created the Tooling axis in Y-direction by taking point on the curve of the slot. After the tooling axis is created, to perform Draft Analysis go to Insert- Analysis- Feature…

Creation of Tooling Axis followed by Draft Analysis:  Visualised the Class A Surface, checked the axis that will clear all edges and slots. Created the Tooling axis in X-direction by taking point on the curve of the slot. After the tooling axis is created, to perform Draft Analysis go to Insert- Analysis- Feature…

1. Tooling Axis:  As here is no hole in this parts, but there are three walls in Class A surface. Create a Geometrical set named as Tooling Axis and first extract the base and take a point at the centre of the base surface and insert axis system at the point. Now take the Intersection at the centre point on base along…

1. Tooling Axis:First visualize the direction of tooling axis by lookin at the part, then create a dummy tooling axis (in z direction).To create dummy tooling axis as per visualization, create a reference point at the centre of hole on class A surface and create a line extending in Z direction, dash line highlighted with…

For 3D modeling of parts of Quick Return Mechanism and CV Joint, I have used Part Design. As always, checked for Geometrical Set, if not there then added and started by taking point at origin, after that Positioned sketch and selected respective plane. After completion of the sketch, checked sketch solving status. After…