The use of bricks to strengthen axles is brilliant. I’m guessing there is additional load on the motor for the heavier, stronger axles supported by the brick, right? It could be a factor for some modules.
The average load should be about the same for all axles since they all produce the same work in the end, but the weak axle causes highly variable load on the system, which is undesirable of course.
Proper experimentation yields appreciable results. I like how you solve problems. Very good video.
I like your new channel. It promises to be is a nice and enjoyable series of lessons in engineering thinking.
I'm almost disappointed by how nice and linear that data was ;)
Very good job
Two of my favourite things combined, Lego and science. Thank you.
The use of bricks to strengthen axles is brilliant. I’m guessing there is additional load on the motor for the heavier, stronger axles supported by the brick, right? It could be a factor for some modules.
The average load should be about the same for all axles since they all produce the same work in the end, but the weak axle causes highly variable load on the system, which is undesirable of course.
Cool way to use the technic bricks, I would not have guessed that they would be that strong.
I like to think that Akiyuki is secretly the head engineer of R&D at JAXA or something
That was very useful! Thank you!
Fantastic, thank you!
Angle of twist is a function of the cross sectional area and shear modulus, but in this case the surface area plays a bigger role
凄い、そんなとこまで考えて作ってるんだ…
Wow very well done video
あなたは何者ですか？(笑)
面白いです
Akiyuki but it's the Brick Experiment Channel.
+1 sub ;)
unreal