Browse Search Popular Register Upload Rules User list Login:
Search:
2D Finite Element Analysis

Image:
screenshot of the scene

Author: s_noonan

Group: Default

Filesize: 100.42 kB

Date added: 2025-09-05

Rating: 5.6

Downloads: 650

Views: 243

Comments: 2

Ratings: 2

Times favored: 0

Made with: Algodoo v2.2.3

Tags:

Scene tag

FEA_11 – A Breakthrough in Interactive Stress Analysis

Step into the future of mechanical simulation with FEA_11, a revolutionary Algodoo scene that brings Finite Element Analysis (FEA) to life in both 1D and 2D domains. Designed for engineers, educators, and curious minds alike, this scene transforms abstract stress equations into vivid, dynamic visuals—making the invisible forces within materials not just visible, but mesmerizing.

Strength of Materials Meets Real-Time Physics

- Stress Visualization: Each element in the mesh—represented by interactive circles and boxes—calculates and displays stress based on directional forces. The color gradient shifts in real time, offering intuitive insight into stress concentrations and load paths.
- Material Behavior: The scene simulates how materials deform under load, revealing tension, compression, and shear effects with stunning clarity. It’s like watching Hooke’s Law unfold before your eyes.
- Force Mapping: Forces from neighboring nodes are resolved vectorially, giving a true-to-life depiction of how internal forces propagate through a structure.

Groundbreaking for Algodoo

- Custom FEA Engine: This isn’t just a clever use of Algodoo’s physics—it’s a full-blown custom FEA engine built within the scene. It leverages Algodoo’s scripting capabilities to calculate stress, strain, and force vectors across a mesh of elements.
- 2D Mesh Interactivity: Unlike traditional simulations, users can interact with individual nodes, apply forces, and watch the system respond in real time. It’s tactile, educational, and deeply engaging.
- Color-Coded Stress Feedback: The scene uses HSV color mapping to represent force intensity, turning complex numerical data into a visual symphony of structural behavior.

Why It Matters

Whether you're teaching beam theory, exploring stress-strain relationships, or just geeking out over computational mechanics, FEA_11 bridges the gap between textbook theory and hands-on experimentation. It’s not just a simulation—it’s a sandbox for structural insight.

This scene redefines what’s possible in Algodoo, pushing the boundaries of educational physics engines and opening doors to real-world engineering applications.
Please log in to rate this scene
edit
Similar scenes
Title: Contact FEA
Rating: 5.625
Filesize: 11.67 kB
Downloads: 652
Comments: 3
Ratings: 2
Date added: 2012/10/06 14:45:59
Made with: Algodoo v2.0.1 Edu
Rating: rated 5.6
download
Title: FEA Stripper
Rating: 6
Filesize: 145.7 kB
Downloads: 506
Comments: 5
Ratings: 3
Date added: 2020/01/12 10:18:21
Made with: Algodoo v2.2.3
Rating: rated 6
download
Title: Two-stroke Engine Analysis
Rating: 5.375
Filesize: 64.85 kB
Downloads: 796
Comments: 2
Ratings: 2
Date added: 2019/05/15 19:42:35
Made with: Algodoo v2.1.0
Rating: rated 5.4
download
Title: Algodoo Packs - Christmas Pack!
Rating: 5
Filesize: 126.85 kB
Downloads: 3074
Comments: 0
Ratings: 1
Date added: 2019/11/23 13:56:41
Made with: Algodoo v2.1.0
Rating: rated 5
download
Title: the whole finite affine plane of order 2
Rating: 5
Filesize: 14.93 kB
Downloads: 279
Comments: 0
Ratings: 1
Date added: 2025/06/20 18:40:30
Made with: Algodoo v2.2.3
Rating: rated 5
download
Title: element test (deadlium)
Rating: 5
Filesize: 23.72 kB
Downloads: 240
Comments: 0
Ratings: 1
Date added: 2017/06/26 15:55:03
Made with: Algodoo v2.1.0
Rating: rated 5
download
This isn't something that I would need or use, but I can plainly see that you put a lot of work into designing and constructing this scene. Because of that, I rated it a solid 10. Nice work (as usual). :tup:


Side note: I would be totally blown away if you were to make a 3D version of this FEA demo. ;)
Last edited at 2025/09/05 23:52:18 by Xray
Thanks. It only took me 11 years to figure out how to do 2D bending in Algodoo. The resulting math is much simpler than for 1D bending. One thing I didn't expect is that the bendConstant is the same independent of element size. I tested the beam with different element sizes just to verify.