Stress Analysis Of A Car Chassis Using Autodesk Inventor....!

About 20 results out of 28830 (0.23 seconds)
    

Channel Title : Tanmay Agrawal

Views : 12085

Likes : 50

DisLikes : 4

Published Date : 2013-02-23T17:53:28.000Z

A quick tutorial to demonstrate stress analysis steps for a car chassis. I hope you will found it helpful!
    

Channel Title : Education Public

Views : 79283

Likes : 239

DisLikes : 17

Published Date : 2016-09-14T19:20:09.000Z

Review of Basic Stress Analysis in Autodesk Inventor 2017.
    

Channel Title : Autodesk Inventor

Views : 23486

Likes : 65

DisLikes : 3

Published Date : 2011-08-11T18:54:18.000Z

Welcome to Built by Design, a series of videos created to teach FIRST students how to effectively use Autodesk Inventor. Created by FIRST students, this series was made to be very helpful to teams who want to improve the efficiency, completion speed, and accuracy of their designs. This video demonstrates how create object sketches, or 3D wire frames. Using the tools already shown in Video 3, Basic Modeling, we create an outline of our robot's frame. Until next time, good luck out there. Screen capture by: Ian Walters
    

Channel Title : TFI – CAD & Technology For Industry

Views : 63513

Likes : 971

DisLikes : 12

Published Date : 2018-02-27T23:36:02.000Z

So you wanna make some frames, got Autodesk Inventor, no idea what the hell is going on? Learn Frame Generator literally as fast I can possibly teach it with this tutorial. I even cover how to install the content centre libraries, briefly! Because, this is supposed to be quick. ———————————— TFI TEACHING ON PLURALSIGHT! Free trial here: https://goo.gl/yHFWPQ ———————————— Help me make more videos, support me on Patreon: https://www.patreon.com/tficadtips ———————————— FACEBOOK: https://www.facebook.com/TFICADTips/ TWITTER: https://www.twitter.com/TFICADTips ———————————— Need personal help? Please don't send me a message requesting 1 to 1 support, I'm unable to sustain that across thousands of people, instead please post questions on: http://forums.autodesk.com/t5/inventor/ct-p/70 ———————————— Outro design by TGODdesigns: https://www.youtube.com/user/TGODdesigns #Autodesk #Inventor #Tutorial #3DCAD #Design #Engineering #CAD #Autodesk #Inventor #Tutorial #3DCAD #Design #Engineering #CAD
    

Channel Title : Hagerman & Company, Inc.

Views : 11668

Likes : 183

DisLikes : 2

Published Date : 2017-10-18T14:50:54.000Z

Have you ever used Inventor Stress Analysis? Do you know what it’s really calculating, and what the results mean? This presentation aims to give a overview of the basics of structural FEA, in the context of the Inventor Professional Stress Analysis Environment. It will be new to some, review for others, and fun for all!
    

Channel Title : Symetri UK

Views : 18703

Likes : 53

DisLikes : 3

Published Date : 2014-02-13T11:11:49.000Z

Another excellent video from out simulation expert Wasim Younis, in this video discussing using Frame Analysis inside of Autodesk Inventor
    

Channel Title : cuauhtemoc bravo

Views : 2007

Likes : 18

DisLikes : 3

Published Date : 2018-03-04T00:22:08.000Z

2 SEAT DESERT BUGGY FRAME -Skeleteon Sktech (Boceto esqueleto) -ISO/ANSI Frame members
    

Channel Title : Harley Designs

Views : 30100

Likes : 225

DisLikes : 4

Published Date : 2014-01-27T07:41:06.000Z

This one is a little long but I packed as much info into this video as I could. Hopefully it is interesting to those of you who are interested in design and fabrication.
    

Channel Title : CAD CAM TUTORIAL

Views : 19678

Likes : 195

DisLikes : 7

Published Date : 2018-06-07T08:30:00.000Z

in this tutorial video we will learn how to make 3D sketch, how to insert Square tube in Assembly. 3D Sketch in inventor Steel frame in Autodesk Inventor 1)Autodesk inventor Tutorial for beginners Exercise 1 https://www.youtube.com/watch?v=KKbwf2a53bA 2)Autodesk inventor Tutorial for beginners Exercise 2 https://www.youtube.com/watch?v=bpW7m3LoCiY 3)Autodesk inventor Tutorial for beginners Exercise 3 https://www.youtube.com/watch?v=Y0uJ5ZlOx3k 4)Autodesk inventor Tutorial for beginners Exercise 4 https://www.youtube.com/watch?v=Qu7HnU0SiqY 5)Autodesk inventor Tutorial Design of Fidget Spinner https://www.youtube.com/watch?v=esQb-QJn77M 6)Autodesk inventor Tutorial Emboss and engrave https://www.youtube.com/watch?v=t9FyPXPKhfU 7)Autodesk inventor Tutorial How to make 3D Pipe https://www.youtube.com/watch?v=toMgX6W3d4Q like Facebook page. https://www.facebook.com/cadcamtutorial/ Subscribe our YouTube Channel. https://www.youtube.com/c/CADCAMTUTORIAL
    

Channel Title : Trent Jensen

Views : 525

Likes : 2

DisLikes : 0

Published Date : 2014-02-04T15:04:12.000Z

    

Channel Title : silencedidgood

Views : 485

Likes : 1

DisLikes : 0

Published Date : 2010-02-11T11:46:41.000Z

How to take a quick sketch from a document and model it in Inventor
    

Channel Title : JOBIN JOY

Views : 117

Likes : 0

DisLikes : 0

Published Date : 2015-09-05T16:52:22.000Z

    

Channel Title : Hagerman & Company, Inc.

Views : 51236

Likes : 146

DisLikes : 14

Published Date : 2015-01-09T18:01:12.000Z

In today’s highly competitive market designers are challenged with launching their products before the competition and ensuring they outperform the competitions’ through a battery of tests. However, testing physical prototypes are very costly and time consuming to produce. Utilizing Finite Element Analysis (FEA) reduces costs and time required to ensure the design will perform as expected. Autodesk® Inventor® Professional put FEA in the hands of the designers for a “sanity check” of the materials, thicknesses, design features and operating conditions of the product. FEA allows designs to be analyzed virtually in a fraction of the time of physical prototypes. During this presentation we will showcase the capabilities of Inventor® Professional to analyze your product in real world conditions. Attendees will learn how to: •Setup material conditions for parts & assemblies •Apply constraint conditions to prevent component movement •Utilize real world loading conditions to setup loads/forces/pressures/etc. •Generate results to view in real time within Inventor Professional •Create reports for review by the design team
    

Channel Title : Rosdiana Heryanto Putra

Views : 8399

Likes : 13

DisLikes : 0

Published Date : 2015-02-10T13:28:01.000Z

    

Channel Title : Education Public

Views : 20399

Likes : 72

DisLikes : 9

Published Date : 2016-10-05T18:16:29.000Z

Tutorial lesson on how to use Flow Design to simulate a wind tunnel with an autodesk inventor model
    

Channel Title : Luke Pritchard

Views : 74076

Likes : 142

DisLikes : 16

Published Date : 2013-02-07T07:22:03.000Z

How to use stress analysis on Autodesk Inventor 2013 - Using a wooden table as a demo More videos on Autodesk Inventor, Revit and AutoCAD and more Adobe software videos uploading soon Will have website being published soon make sure to check it out! Any tutorial recomendation on any graphics software please message or comment, hope you enjoy and subscribe!
    

Channel Title : ahmed nasr

Views : 7703

Likes : 14

DisLikes : 1

Published Date : 2008-05-17T15:48:54.000Z

designing of vehicle chassis using inventor and msc visual nastran integration i'm wating your rating
    

Channel Title : Autodesk Inventor Guy

Views : 19744

Likes : 127

DisLikes : 3

Published Date : 2016-10-11T14:39:13.000Z

This is a video showing you how to create an FEA study within Autodesk Inventor. Covers adding constraints, loads, animations and reports. This is a single study (not parametric). Let me know what you think. Also request a video :)
    

Channel Title : Indar Luh Sepdyanuri

Views : 32665

Likes :

DisLikes :

Published Date : 2016-03-07T08:59:38.000Z

Stress Analysis With Autodesk Inventor Simple Basic Tutorial ➖➖➖➖➖➖➖➖➖➖➖➖➖➖➖➖➖➖➖➖➖➖➖➖ Sorry, this is not a really tutorial to generate a definite report. For a more definite result of a ready-to-produce report, you must create and analyze where it should be to place or select a spot on the part that actually gets force, gravity, and other factors, where all of those variables can affect the results of the stress analyis. Sorry 🙏 ➖➖➖➖➖➖➖➖➖➖➖➖➖➖➖➖➖➖➖➖➖➖➖➖ UPDATE : Ini hanyalah keisengan belaka yang dulu pada waktu mumet mikir job 🙏 Cara Untuk Melakukan Stress Analysis Dengan Autodesk Inventor. ✩✩✩✩✩✩✩✩✩✩✩✩✩✩✩✩✩✩✩✩ Don't Forget To Share And Subscribe ✩✩✩✩✩✩✩✩✩✩✩✩✩✩✩✩✩✩✩✩ ✩ Tutorial Autodesk Inventor | How To Make | Clutch/ Koppeling/ Kopling https://goo.gl/WP2Mby ✩ Tutorial Autodesk Inventor PART ISOMETRIC DRAWING https://goo.gl/Ug5qjt ✩ Tutorial Autodesk Inventor Professional 2014 https://goo.gl/dKYb2v ✩✩✩✩✩✩✩✩✩✩✩✩✩✩✩✩✩✩✩✩✩✩✩✩✩✩✩✩ Jasa Desain Reverse Engineering CAD Development ✩✩✩✩✩✩✩✩✩✩✩✩✩✩✩✩✩✩✩✩✩✩✩✩✩✩✩✩ Jasa Pembuatan Gambar Desain Untuk Perancangan Mesin, Skripsi, Tugas Akhir, Dan Proyek-Proyek Yang Lainnya. Harga : Fleksibel (Menyesuaikan dengan Tingkat Kesulitan dan Waktu Pengerjaan) Contact Us : ✩ Whatsapp - 0852-2377-NolSatuDuaTiga ✩ Facebook - https://goo.gl/WbVt2u ✩ Google+ - https://goo.gl/GtAHUC ✩ Twitter - https://goo.gl/a58G2U ✩ YouTube - https://goo.gl/rJhhHk ✩ Website - http://goo.gl/iHPnQe Sponsored By : ✩ ASUS Zenfone ✩ ASUS N46VZ Turut Didukung Oleh : ✩ Autodesk Inventor Professional ✩ Adobe Premier ✩ Bigasoft Total Video Conventer ✩ Bandicam
    

Channel Title : Martin Cwiakala

Views : 1971

Likes : 5

DisLikes : 0

Published Date : 2017-06-24T10:41:17.000Z

Using Finite Element Analysis (FEA) in Inventor for a Cantilever Beam.
    

Channel Title : TheCADForum

Views : 3574

Likes : 2

DisLikes : 0

Published Date : 2010-02-10T15:47:10.000Z

Autodesk Inventor 2010 Simulation Chassis Tipping Analysis
    

Channel Title : Студия Vertex

Views : 61854

Likes : 148

DisLikes : 5

Published Date : 2015-03-09T17:33:58.000Z

Do you want to learn the Inventor? full guide+video tutorials: https://www.udemy.com/inventror/ ANALYSIS OF THE STRESS OF THE PART Inventor allows carrying out the stress analysis for a particular part. The calculation is done through the finite elements method. Let us draw a circle with diameter of 20 millimeters, with the center on the origin. Finish sketch. Perform the “Extrude” operation. Enter the distance of 300 millimeters, press OK. Name this part “Shaft” and save it. The material is “Steel, Carbon”. Right click on the name of the part and open “iProperties”. On the tab “Physical” ensure that selected material is “Steel, Carbon”. Close the window. On the “Environments” tab select “Stress Analysis”. You should have an available Stress Analysis menu. Press “Create simulation”, rename it to “Calculation of bending”. For now, leave the other settings unchanged. Press OK. First, check whether the software assigned the correct material for calculation. Open the “Assign materials” window. Here we see that the field contains correct value: Steel, Carbon. Here we can override the material and choose one of available materials. Press OK. Next we specify the constraint for our calculations. Select “Fixed constraint” and specify the end planes of the shaft. Apply. On the “Loads” panel select “Force”. Set the location of the force on the body of the shaft. Check “Use vector components”. Enter the exact force value of 1000 точное значение силы – 1000 newtons on the Y axis. Enter -1000 to choose the opposite direction of the force. Apply. In the browser area, you can see the corresponding folders with loads and constraints, you can edit them at any time. Now when you have specified the loads and fixed constraints, let us deal with the ways to separate a part into the finite elements. The finite elements method is a method when a whole body is divided into the finite number of figures, tetrahedrons. On the “Mesh” panel there is an item “Mesh view”. To get more detailed results, you need to set up the mesh. Click on the “Mesh settings”. Here you can specify the average element size. Enter 0,05, the maximum element size is 0,1, leave grading factor unchanged, maximum turn angle is 20°. Depending on the parameters of your hardware, you can specify larger or smaller values. This will directly impact the accuracy of calculations. To perform calculations press “Simulate”. Than press “Run”. Three-dimensional constraints and loads are created in several directions. These multi-direction loads are added to get the equivalent load, which is also knows as “von Mises stress”. The result of calculation is displayed as the exact von Mises stress. You see the result as coloring of the part into several colors. Each color has its own load. Blue means the smallest load, while red is the maximum one. On the left part of the screen, you may see a graph, where you can compare a color to its value. Double click in browser area to select other obtained results. You can view the first principal stress, the third principal stress, displacement, and safety factor. In addition, you may view Stress, Displacement, and Strain in every direction. If you click on the “Mesh view”, you can see that the part is divided into the smaller elements. On the “Result” panel, you can view the load animation. You can specify the place for the probe and view the results of calculation for every point on the surface of your part. On the “Display” panel you can enable the display of the minimum and maximum results of calculation. With the adjustment option, you can select a multiplier to view more detailed results. The “Report” panel is used to create reports on all the results of calculation. It is saved in the HTML format and contain all calculation data. Here you see all loads, constrains, materials, and the results of calculations. Finish stress analysis and save the part. 07. ANALYSIS OF THE STRESS OF THE PART (Autodesk Inventor tutorials): https://www.youtube.com/watch?v=CGS9W0RAI3A #autodeskinventor #autocadinventor #autodeskinventorprofessional #inventorcad #inventortutorial #autodeskinventortutorial #inventorprofessional #inventor3d #inventorautodesk #inventordesign #cadinventor #autodeskinventortraining #inventorprogram #3dinventor #inventorautocad
    

Channel Title : Majenta Solutions

Views : 100119

Likes : 429

DisLikes : 9

Published Date : 2014-02-06T13:00:58.000Z

This video from Autodesk provides simulation tips for Inventor 2014. Autodesk® Inventor® and Autodesk® Inventor® Professional 3D CAD software provides functionality for advanced mechanical engineering design, finite element analysis, motion simulation, data management, routed system and mold design, as well as enhanced CAD productivity solutions. Here at Majenta Solutions our team of software experts are constantly sourcing or coming up with useful, bite size tips and tricks to help you maximise productivity and software usage. For more information and to keep up to date with the latest Autodesk news please visit: http://www.majentasolutions.com/autodesk/ http://twitter.com/majentauk http://www.facebook.com/majentauk http://www.linkedin.com/company/majenta-solutions
    

Channel Title : TheM2Team

Views : 96862

Likes : 262

DisLikes : 4

Published Date : 2013-08-21T14:22:03.000Z

Dynamic Simulation to Stress Analysis
    

Channel Title : TheCADForum

Views : 802

Likes : 1

DisLikes : 0

Published Date : 2010-02-10T15:46:40.000Z

Chassis Tipping Analysis using Autodesk Inventor 2010 Simulation.
    

Channel Title : CAD Nation

Views : 1699

Likes : 4

DisLikes : 1

Published Date : 2017-07-17T11:04:14.000Z

✋Autodesk Inventor 2017 Professional✋ 🌟Inventor Stress Analysis tutorial video🌟 🙌Welcome everyone, in this tutorial video i will show you how to create a simple stress analysis using Autodesk Inventor 2017. I hope you like this video. ✍If you have any question please contact me via Facebook, i might answer there faster. ✔Follow us on instagram: www.instagram.com/nation_cad ✔Follow us on Facebook: www.facebook.com/nationcad
    

Channel Title : Inventor Video Solutions

Views : 2861

Likes : 4

DisLikes : 0

Published Date : 2017-03-13T09:15:24.000Z

    

Channel Title : purwadi dedet

Views : 1906

Likes : 4

DisLikes : 1

Published Date : 2015-05-18T06:38:22.000Z

    

Channel Title : robcohee

Views : 1187

Likes : 10

DisLikes : 0

Published Date : 2015-09-02T21:09:16.000Z

When you can use simulation to evaluate decisions as you make them, you create opportunities to improve performance and reduce product cost. With the stress analysis capabilities built into Autodesk Inventor, you can run quick checks on individual components – or in-depth analyses of your entire product – at any stage in your design process…let’s take a look.
    

Channel Title : 3dmadeeasy

Views : 6509

Likes : 12

DisLikes : 0

Published Date : 2010-12-06T08:21:14.000Z

    

Channel Title : MAYPROING

Views : 666

Likes : 0

DisLikes : 1

Published Date : 2014-06-13T00:55:44.000Z

Comparación entre Frame Analysis y Stress Analysis
    

Channel Title : vertanux1

Views : 418679

Likes : 1075

DisLikes : 36

Published Date : 2013-09-27T03:33:13.000Z

Project 2 - Introduction to Weldments and their analysis. In this project we first look at the basic tools when designing with weldments, the second half is devoted to analyzing the structural frame using SolidWorks Simulation.
    

Channel Title : robcohee

Views : 53669

Likes : 57

DisLikes : 0

Published Date : 2010-03-24T18:52:01.000Z

Autodesk Technical Evangelist Rob Cohee demonstrates the new Frame Analysis tools inside of Autodesk Inventor. Simulate the performance of load bearing frame models quickly and efficiently with Frame Analysis. Fully integrated with Frame Generator, Frame Analysis offers a complete end-to-end Digital Prototyping environment. Users can sketch out their framed structure, create the detailed design with frame members from our extensive library and then quickly simulate the response of the frames to gravity and other loads in an easy-to-use environment that automatically brings over the material properties and member cross-sections from Frame Generator.
    

Channel Title : Fábio Garcia

Views : 419

Likes : 2

DisLikes : 0

Published Date : 2014-04-05T15:26:30.000Z

    

Channel Title : ThomsenMotorsport

Views : 443736

Likes : 10185

DisLikes : 80

Published Date : 2016-08-11T05:50:34.000Z

In this first part of the chassis build, we cover the design of the chassis space-frame and build the chassis forward of the firewall. How to Build a Racing Car follows the design and construction of the FVT05, a car built for the Australian Formula Vee racing series. The introduction can be found at https://youtu.be/4gzjcimjfTQ. Support this project on Patreon: https://www.patreon.com/thomsenmotorsport Partners: Intercad (http://intercad.com.au/) who provided Solidworks for this project. JKF Aero (https://jkfaero.com/) who assisted on the design of the bodywork and undertray. Also follow the project at: https://www.facebook.com/thomsenmotorsport https://twitter.com/ThomsenRacecar Music: Licenced from Epidemic Sound (http://www.epidemicsound.com)
    

Channel Title : Kanisco Technology

Views : 37

Likes : 0

DisLikes : 0

Published Date : 2016-06-26T15:23:25.000Z

This video is owned by Autodesk Inc.
    

Channel Title : husams

Views : 678

Likes : 0

DisLikes : 0

Published Date : 2012-03-12T12:29:32.000Z

Structure Finite Element Analysis for the rigidity of pipe welded chassis of an Off-Road car. http://sites.google.com/site/husambarham/ husam.barham@gmail.com: Husam Barham
    

Channel Title : MPMsim

Views : 3539

Likes : 2

DisLikes : 0

Published Date : 2012-01-16T08:10:50.000Z

http://www.mpmsim.com Simulating low speed speed crash of a formula car chassis.
    

Channel Title : hendrachubby

Views : 6719

Likes : 6

DisLikes : 1

Published Date : 2009-11-15T06:00:16.000Z

Dynamic Symulation of Car Suspension Using Autodesk Inventor
    

Channel Title : Autodesk Education

Views : 952

Likes : 16

DisLikes : 0

Published Date : 2016-01-29T21:41:14.000Z

Team Forze is creating a racecar that runs on hydrogen fuel cells to compete in the Supercar Challenge. They're creating a new, better chassis using Autodesk Inventor. http://www.autodesk.com/education/free-software/inventor-professional
    

Channel Title : Synergis Engineering Design Solutions

Views : 1070

Likes : 8

DisLikes : 0

Published Date : 2017-12-28T13:06:05.000Z

With the new Product Design & Manufacturing Collection, Autodesk has given you some very powerful tools to help you design smarter. This one is Comparing Frame Analysis in Inventor and NASTRAN In CAD. Check out the SynergisCAD Autodesk Product Design & Manufacturing playlist to learn more.
    

Channel Title : CAD Point Машинно проектиране

Views : 15773

Likes : 26

DisLikes : 10

Published Date : 2012-02-20T14:33:18.000Z

Weld Analysis Autodesk Inventor Professional http://www.cadpoints.com/
    

Channel Title : Autodesk

Views : 133042

Likes : 270

DisLikes : 8

Published Date : 2009-07-01T05:22:06.000Z

This presentation explains a couple of techniques to optimize your assembly designs when using the Stress Analysis module that can be found in the Inventor Simulation 2010 and Inventor Professional 2010 products.
    

Channel Title : Tom Singer

Views : 2667

Likes : 5

DisLikes : 1

Published Date : 2012-05-08T21:21:58.000Z

Creating a sweep and the intersecting arm, then use some basic stress analysis to see if the part will work based on the materials chosen.
    

Channel Title : Seba M

Views : 79692

Likes : 174

DisLikes : 7

Published Date : 2007-08-29T18:13:05.000Z

Both real and virtual cars were designed by myself (chassis ,body everything). I didn't buy any kitcar or something.

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