Finite Element Analysis (FEA) with Autodesk® Inventor®

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 showcase the capabilities of Inventor® Professional to analyze your product in real world conditions.
You 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
Related Blog Posts
👉 Finite Element Analysis: How to Validate Your Designs With Simulations: blog.hagerman.com/finite-elem...
💡 Dive deeper with Hagerman's Inventor Nastran New User Training Course: www.hagerman.com/training-sup...
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[@VedatMiller]

It's a greatly informative video. Thanks for sharing this.
Some details solved many issues I've been encountering:
- Checking automatic contacts and editing their type
- Making sure of the direction of gravity vector
- Theory of detail leveling
RUclips is mostly a bulk of bullshit videos, this video was a gem in this manner.

[@2010quintana]

Exellent

[@madsfartagin2864]

The ball & bar only appear to be flexing so much because you're in Adjusted X1 view (under Display). They made this view the default to exaggerate the displacement so that you can visualize it more easily. If you change that to Actual, then you'll see the real displacement. You can verify this with the fact that the highest displacement on the analysis is only about 0.06 inches.

[@EnriquePortilla28]

Por alguna razón no hay la función de subtitulo para traducirlo a español :( ...sino seria genial este video

[@cristianangel9038]

mejor aprende inglés

[@haroldlyndontorres7043]

Hi i need to know if are there any function keys to visualize or show the reactions simulated at the constraints?

[@GustavoDalence]

no sound :(

[@Ddt71]

😚. Please cc