Відео

Nice video. Thank you... Have the values ​​of turbulent flow been taken into account in these differential equations? Is this expression only for laminar flow? In the example of a ball falling from the dam, a turbulent flow may occur as high speeds are reached.

Thank you!

If the force on my structure is harmonic, what to do? still i have to do static structural first and then modal and after that i see transient response using transient structural.

Shouldn’t we consider the special relativity ? because the speed of light is always “c”. if the moving particle was any other particle except photon, this explanation make sense.

hi.. can you explain the point editing formula

At 24:30. Why it is "Fa", not "- Fa". Did he move Fa to the other side of the equal sign without changing the sign?

Dr Merhan Thanks a million for your outstanding efforts and knowledge , i wonder if you may kindly elaborate about a '4 mecanum 'wheels linear movement Robot at fixed range (space) from a target with a fixed start point A as per the body's shape say a cube shape up to end point B and reverse direction ( stable fixed distant from the target while moving ).cheers. away from line follower lets say ultrasonic sensors method.

great video! keep up man!

Is it possible to recommend books to study robotics, in addition to your videos? What do you think of Peter Corck's book (Robotics, Vision and Control Fundamental Algorithms In MATLAB) and Springer Handbook of robotics

great video, thankk you so much!

Thank you for the valuable informations

you are great

Perfect and quick answer to my question!

Hats off to you for the video and for explaining each point so clearly. Thanks bunch!

I like it and will try to get the model and play with it. Great work and thanks for sharing!

Thank you very much for the impressive educational video. I am concerned about the derivation of MIT rule. When calculating the derivative of cost function J, why is the indefinite integral ignored? Furthermore, in the example, why does ∂e/∂θ ignore the part 1/p+am? Thank you for your reply!!!🤝🤝🤝

Thanks for the video. It was really informative. So for the nonlinear systems, as you mentioned, we can not know the number of harmonics (oscillators) we need based on the number of the unknown parameters, is that right? I'm actually dealing with a nonlinear system with many parameters that I need to come up with a persistently exciting oscillator (wave) for it and trying to get a preview .

Thanks professor!!!

Great video

Thank you for that video. Excellent explanation!

Thank you for sharing this topic!

Parabéns pelo vídeo

Can you make a video explaining and showing the installation of the libraries and the entire process with python? I would appreciate it very much since I am new to this and I am interested in learning how to generate stl with chatgpt

Isn't MDH model adding a small rotation of Beta about Y axis to DH model, to avoid singularity induced by parallel consecutive joints?

Thank you so much Dr Mehran. I have problem with writing my codes in s-function builder, I can not type anything. Can you please advice? Thanks

Hello Looks like there is a part one for this video but I can not find it. Can you help me with that?

Thank you👏

you are the goat! do you have the file for the presentation perhaps?

The best solidworks curse in UA-cam 🎉🎉

Thank you very much

Hi sir, Can you share this pdf?

Great video, really appreciate the code walkthrough and explanations. I was wondering what Shaper Tools does for their CV, using that neat fiducial tape. It may not be exactly the same but learning about feature extraction and homography is super useful!

In the final assumption i think its supposed to be b1+b2 instead of d1+d2. Please correct me if im wrong.

very good. Can you also make the simple example of this in Matlab computer vision toolbox in future

thank you

very informative

Thank you, can you do the inverse please?

How can I interpolate this on 2 axis for them to end at the same time?

Please explain, how it understands the true North?

Thanks for comprehensive practical explanations. I've watched many videos on this topic- which were insightful- but none of them had your practical approach.

I need to control both theta and x, how do I do so?

This is not correct. Position tolerance controls both location and orientation of the centre axis of the pin.

Thank you a lot, waiting for the next videos with applied examples, pls.

ممنون دکترجان

Thank you for the video! This is super helpful!

Hello sir, thank you for the video. I have a question. Why it is less accurate when the shape of the mesh is deform? as you said the more the shape of the equilateral triangle deform from its original equilateral, the less accurate it is. Can you explain more of this in the comment. Thank you so much Sir.

Thank you soooooo much!!

thank you so much, it really help me. you saved my univ life

thank you sir ممنون دکتر

Can you please share the code for this