Biomechanics Lecture 2: Kinetics

[@Beersaerker]

Experiencing this content for free is just awesome. I can't thank you enough for making this series! Im a strengthcoach myself and I have some problems to wrap around my head on some concepts, so this really helps, thank you so much!

[@RehabScience]

So glad you are finding the lectures to be helpful!

[@Arvinchen2022]

There is no doubt that it’s the best video about fundamental biomechanics in KZbin.

[@RehabScience]

Thanks so much!

[@yasiraljohani458]

What can I say?! I will take biomechanics in the next couple of months, and I think I'm going to nail it because I stumbled upon your content. I am genuinely grateful for your efforts.

[@batuldawoodi9585]

Sir, you make these concepts sound so simple and I can't thank you enough for clearing these concepts Wonderful series of lectures

[@RehabScience]

So glad to hear you have found my teaching style and the lectures to be helpful!

[@domcavlckova8751]

Very good explanation!! I like how you can describe it in real life :))Thank you for doing this!!

[@RehabScience]

I am so glad to hear you are enjoying the lectures!

[@huaichenthoo8774]

Thank you so much for providing these videos! They are well-explained and easy to understand, especially for someone who has little understanding in this area. Really appreciate it!

[@RehabScience]

No problem! I’m glad you are finding the videos to be helpful!

[@maryameboutkhil4560]

Thank you so much for offering this for free! I am a medical student trying to learn about corneal biomechanics for an upcoming research rotation, and I have no background on the topic. This lecture is perfect for setting up the base ! Thanks again!

[@RehabScience]

No problem! Glad to hear the lecture was helpful to you!

[@oizapeters]

Thank you so much for this video, I understand these concepts better than I did in high school. I'm currently a PT, going for my PhD in Biomechanics; your videos are good preparation courses. So grateful for them. GOD bless you

[@RehabScience]

I am so glad the lectures were a good refresher! Best wishes with your PhD journey!

[@oizapeters]

@@RehabScience thank you!!☺️☺️

[@user-vl6wy4hv8b]

Really simple straightforward explanation. Exactly what i needed to refresh my knowledge. Thank you.

[@RehabScience]

You’re welcome!

[@aristeolucero1152]

studying for PT boards soon, thank you for offering these courses!

[@RehabScience]

No problem! Best wishes with the boards!

[@misselik]

My biomechanics professor is the worst at explaining things, so glad I found your content! thank you!

[@RehabScience]

So glad my account has been helpful to you!

[@engineeringvision]

Nice summary, it would be interesting to include multiaxial loading as well, bending rarely happens without shear, or cylic loading where it fluctuates between tension and compression.

[@RehabScience]

Yes, there could be much more detail here, but this is an undergraduate basic biomechanics lecture and some of the students hadn’t taken basic physics. This is why I taught it this way.

[@engineeringvision]

@@RehabScience I agree, let me know if you would like to collaborate on any joint video.

[@hidetsuguhiraki2008]

When we talk about torque, we need to describe the direction of the torque. Good lecture. Thank you.

[@RehabScience]

For sure 👍

[@joshscrooby3213]

Love your stuff. Always been interested in biomechanics and training and now that my brother is studying physio I need to understand what he is saying!

[@RehabScience]

Haha! Glad the lectures have been helpful!

[@김선수-g5x]

I really understood it. Thank you for your hard work!

[@RehabScience]

You're very welcome!

[@user-nh5bf2bl2q]

Best explanation.

[@RehabScience]

Glad it was helpful!

[@GeorgeOu]

The femur and tibia sheering generates tension on the ACL or other ligaments, so it's still an excessive tension failure.

[@jenniferboyd5651]

Thank you for this helpful review. I'm looking forward to the next lecture!

[@RehabScience]

No problem! So glad to hear you are enjoying the lectures!

[@LearningwithDrWalck]

It would be very interesting to see these math problems. If you have a webpage or materials that you could share, please let me know.

[@hightower3865]

Hey i'm in university studying physiotherapy and wanted to know if you will be continuing these lectures for a while? i love your explanations. Happy new year from Turkey

[@RehabScience]

Yes, I will be doing 15 or so lectures.

[@hightower3865]

@@RehabScience Brilliant! thanks for the time and effort its well appreciated.

[@amitprasad7113]

Thank you so much sir. Enoying this content so much!

[@RehabScience]

Glad to hear you are enjoying my content!

[@celsong12]

Hello Dr. Has this type of study or can this type of study be used to identify a perp/ killer who is completed covered, from head to toe, in a costume, but has a very distinct body type and gait?

[@poyikwan1910]

it is easy to digest!! Thank you for your lectures!!!

[@RehabScience]

Glad to hear that!

[@manqobalatha3436]

With regards to the likelihood of injury curve, what would the likelihood of injury be, if, the frequency of loading is high and the load magnitude is high? Seems like that cannot be taken account for by this curve. Why is this the case? Is it because it requires one to look at variables beyond just magnitude and frequency? I acknowledge that according to this curve (I stand to be corrected), when the load magnitude is high and frequency of loading is high the likelihood of injury is low, whereas if the frequency loading is high and the load magnitude is low the likelihood of injury is low, is this correct?

[@andreasgiannis6023]

Congratulations!!! Very good job so far!!!

[@RehabScience]

Thank you!

[@brahimm8998]

Very well explaining ! thank you

[@RehabScience]

Thank you!

[@pradeeppandey8666]

your valuable lecture

[@pradeeppandey8666]

happy new year, with rmove the fear about kinseiology

[@moamenbellah]

Thanks for the dedicated presentation , very interesting content . We are looking forward for the hip and knee joint 👌💪

[@RehabScience]

Thank you! I just posted the hip lecture today.

[@jennyhuynh8188]

Wow, you explain it so clearly! Really appreciate this content!

[@RehabScience]

Thank you!

[@amariparris7882]

This is so awesome, thanks for this!

[@RehabScience]

No problem! Glad you enjoyed it!

[@AQUA_BUDDY08]

Great lecture can try to give little bit more examples. Other than that 👌

[@RehabScience]

The kinetics lecture is always the most abstract and I didn't include the case example questions that I normally include in a traditional lecture, which usually help learn the material.

[@DrRupak-yb6wc]

Thanks 😊

[@zika_fierce]

This was so clear. Thank you

[@RehabScience]

Glad it was helpful!

[@sayunijay4742]

thankyou so much doctor.

[@RehabScience]

You’re welcome!

[@rupinderkjattan5191]

Thanks dr.

[@RehabScience]

Welcome!

[@saifkhan-kj3jk]

Thnku sir,🙏

[@PuReXVetEraN1]

Is it feasibly possible to be competent in Biomechanics in a 3 week online university course? I feel this helps more than what i doing.

[@RehabScience]

It would be tough to be competent in biomechanics in three weeks. The course I taught was 15 weeks in length and worked well as it gave us time to cover each topic thoroughly and for the students to go over the material enough to retain it.

[@PuReXVetEraN1]

​@RehabScience thank you for the response. Yeah, I wondered about that. Typically I have done 6 weeks of a summer course once in the past which was already pushing it. But 3 weeks? It's crazy. Wish me luck on surviving this.

[@shapeshifterbg8600]

Very good . Filling the gaps :)

[@RehabScience]

Thanks!

[@elxahraelxander4980]

Great content.

[@RehabScience]

Thank you!

[@user-py2hc2it3f]

🙏

[@pradeeppandey8666]

thanks so much sir

[@RehabScience]

No problem!

[@nicolebreckenridge]

What textbook did you use?

[@RehabScience]

Susan Hall's Basic Biomechanics

[@janvokurka7151]

Thank you very much!

[@RehabScience]

You’re welcome!

[@athiroajphawinthanawit3727]

Thank you!!

[@RehabScience]

No problem!

[@WinSportandEventMkt]

I know it's Torque but sounds like he's saying "Twerk" 😂😂