Скачать или смотреть Simulation of baseball trajectory with air resistance [Matlab, Dynamic Simulation]

Example of a simulation where we simulate the trajectory of a baseball flying through the air. Movement in two directions, taking into account the effects of air resistance. Event handling is used to stop the simulation when we hit the ground.

Yes, I am aware that the comment in the code shown around 08:20 says: "set it to 0!" (which you could read as zero-factorial: i.e. 0!=1). I hope it is clear that I just wanted to say: "set it to zero" :)

Tags/ Keywords:
Dynamic Simulation, Simulation baseball trajectory, numerical simulation, Event handling ode45, Simulation tutorial

Further Videos in the series (I will add links, as those videos are finished):
First Video with general introduction to dynamic simulation:    • Introduction into dynamic Simulation (Over...  
Second Video (simulation of accelerating Vehicle):    • Simple vehicle simulation [Matlab, Dynamic...  
Next Video in the series (sliding Box on Wedge) -    • Simulation: Box on Wedge [Matlab, Dynamic ...  
How the integrator itself works:    • Ode45: Theory and how the interpolation wo...  
Fixing issues, that can come from integrator:    • Ode45: When it causes issues and how to fi...  
How to apply Lagrange principle: Link will come in July/August

Link to the Code: https://github.com/MechEYout/youtube-...

Chapters:
00:00 - Introduction
01:26 - Mathematical model
04:10 - Simulation-Code
10:06 - Result of simulation
11:29 - Validation/ Analysis
15:35 - Outlook

Credit to the artists of the sound effects used (all in the introduction - no soundeffects afterwards - did you notice any/ are they over the top?):
Vinyl stopping sound (by: pixabay): https://pixabay.com/sound-effects/vin...
Swipe Effect 1 (by: floraphonic): https://pixabay.com/sound-effects/mov...
Swipe Effect 2 (more subtile; by: freesound_community): https://pixabay.com/sound-effects/who...
Falling object (by: VoiceBosch): https://pixabay.com/sound-effects/fal...