Instantaneous centre of zero velocity

Check out www.engineer4free.com/dynamics for more free engineering dynamics tutorials. The course covers linear motion, projectile motion, circular motion, kinetics, work & energy, impulse & momentum, and rigid body rotation.
This tutorial introduces the concept of instantaneous centre of zero velocity. It’s probably the most simple method available to solve general motion problems. This video also goes through a full example solving the piston speed of a crankshaft when given the angular velocity of the crank, and some other geometry.
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I also created a whole set of fully solved dynamics problems with step-by-step hand calculations: www.engineer4free.com/dynamic...
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Thanks for watching, I hope it helps!

[@Naitsabess]

Wow last week's topic, awesome timing

[@Engineer4Free]

Awesome!!! Glad to hear it You should definitely check out videos 48-53 here: engineer4free.com/dynamics =)

[@karinapillay874]

great timing im 10 weeks behind on dynamics and my exam is in 3 weeks

[@Engineer4Free]

Ouch! Do check out engineer4free.com/dynamics for the whole course I did, I should be finishing it the last few videos next week!

[@gokublack9080]

did u manage to pass

[@karinapillay874]

@@gokublack9080 Yes I did 🤣posted this comment when I was in mechanical engineering 2nd year, currently in my last semester of 4th year

[@MuffinKingStudios]

I'm 3 weeks behind and my exam is tomorrow 🫡​@@karinapillay874

[@libyanrevelutioner]

Thank you so much

[@Engineer4Free]

You're welcome, thanks for watching! The full playlist is at engineer4free.com/dynamics and there are more rigid body rotation examples in videos 48-53 =)

[@engindeniz7821]

What happens when the lines we draw intersect for an axis not a point?