47.0K
NVHow this was designed
#cad #mechanism #engineering #mechanicalengineering #fusion360 #stem
@nvkv.makes
#Hopsan Simulation Tool Features
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6.2M
COHoloMat Update: Jarvis controls my printers
#engineering #ironman #3dprinting
@concept_bytes
15.6K
TEThis looks like a normal 3D model… until you move your head. 👀
Someone built an off-axis projection demo using MediaPipe for face tracking, Three.js, and a 3D-scanned shoe, creating a real-time perspective shift that feels almost physical.
No VR headset, no special hardware, just your webcam and some clever math. Once calibrated, the illusion is wild, like the object is actually sitting inside your screen.
Want to try the demo yourself? Comment “LINK” and the test site will be shared 👇
#CreativeCoding #ThreeJS #ComputerVision #WebExperiments #TechDemo
@tectalks.io
123.5K
MAUsing Simscape to model the Ingenuity helicopter flying on Mars 🪐
@matlab
2.4M
HAMini Homework Machine🔥 HarishProjects.com link in bio
@harishchoudhary70
88.4K
SADay 15 of prototyping Sanumaya
#diy #sanumaya #bot #robot #arduino #seeedstudioxiao #seeedstudio #nepal
@sanumaya.io
4.9K
OPTest power systems without risking the real one 👀
With real-time simulation, your model runs live so you can test controllers, hardware, and protection schemes safely before deployment⚡
From “what if?” to “we’re ready.” Real-time simulation is the answer ✅
#OPALRT #RealTimeSimulation #Engineering #HIL
@opalrttechnologies
4.6K
YOLearn Physics & Chemistry | Virtual Lab Simulations Guide #3d #study #tools #productivity #games
@yourtechgirl24
1.7M
CRAre you fascinated by topologically optimized geometries? Do you wish to push the boundaries of traditional design methods and explore the revolutionary potential of computational design? Then, @cademy.xyz upcoming live workshop is just for you! Dive deep into the world of topological optimization with the Topos plugin for Rhino Grasshopper and discover solutions that are both aesthetically pleasing and structurally efficient.
#Grasshopper3d #rhino3d #industrialdesign #topology #3dprinting
@creativemutation
983.6K
UNThis soft robotics structure is inspired by measuring tape
https://youtube.com/shorts/C-WmrRHac5s
FiBa MODULES from SOFT FLUIDICS LAB at SUTD
https://www.youtube.com/watch?v=XUytToJ2dEw
@unstoppablegadgets_en
2.3M
HOOne leg’s signals work as the accelerator and the other leg’s signals work as the brake in the in-game car, while steering is controlled using a gyroscope sensor. Everything is connected through the NPG Lite.
Not just in games, you can also control real vehicles or devices using your body signals. Want to learn how? Follow us on @instructables to see how we build these exciting neuroscience projects.
This awesome project is made by @krishnanshu.99 🙌
Things we used to make this project:
1. NPG Lite - Ninja Pack
2. A laptop
3. A tripod, 3D printed wheel, gyro sensor
4. An alive human
Our startup: @myupsidedownlab ❤️
#technology #futuretech #engineering #project #iot
@hoomans_of_upsidedownlabs
534.7K
MAGenerative parts are made by an algorithm that simulates the design many times, adding material where it’s weak and removing it where it’s strong. This creates very light and extremely strong parts. Here’s how to do it:
Start with a seed design containing preserve geometries and obstacle geometries. Preserve geometries are features your final part must keep, like screw holes or mounting points. In my drone frame example, every screw location was modeled as a preserve geometry.
Obstacle geometries define where the final part must not intersect. For the frame, I added obstacles for motors, propellers, the screws themselves, and long cylindrical spaces under each screw hole to ensure room for inserting the screws.
Some programs require a starting shape, but Fusion doesn’t. If needed, make a large block around everything and subtract all preserve and obstacle geometries so the starting shape only fills the allowed region while touching all preserves.
Next, add loads and constraints. At least one preserve geometry must be constrained. Constrain whichever feature will be rigid in real life. If a part is pulled between two points, constrain one and load the other. If the part moves freely, like a drone frame, constrain a preserve geometry near the center of mass.
Then apply forces. All preserve geometries need some load or the simulation may fail. A small extra load on each one ensures they stay connected.
Choose the material closest to what you’ll actually use.
Set your objective. Minimize mass creates the lightest part that barely handles the loads. Maximize stiffness creates the stiffest design for a chosen mass. For my frame, I used maximize stiffness with a 55 g target.
Press solve, and you get an extremely strong, lightweight part that also looks super cool.
#cad #fusion360 #engineering
@manafishrov
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