Lecture 20 on Mechanical Vibrations/Structural Dynamics-AM
9.5K views · May 17, 2018 · Education
Comments · 17
@simonlugwisha4327 · 2 years ago
such an amazing breakdown of the concept
@slnkrc08 · 2 years ago
Thank you so so much. Finally I understand the concept :))
@eleampere · 2 years ago
Thank you professor <3
@davidestig5662 · 7 years ago
Thanks professor for sharing this lecture!
1
@assiamerabet3555 · 5 years ago
Thank you sir
@mohammadnoori7787 · 5 years ago
The natural frequency does not change, however the frequency of the damped system is a function of damping ratio. Wd=sqrt(1-zeta^2)*wn where wS is the frequent the damped system, which mistakenly sometimes is referred to as damped natural frequency, zeta is the damping ratio and an is the natural frequency.
1
@mustafaalmayali5347 · 4 years ago
Thank you professor <br><br>I think that the response of constant load must be :<br>U(t)= F./k (cos wn t - 1 )<br>Because the integration of sin is (- cos)
2
@engsameeralotaibi6925 · 6 years ago
sr you are the best .
@channelUCAprGak8H5 · 5 years ago
thank you so much for sharing to us this lesson we need it so much .. thanks
@RD-tg9xx · 5 years ago
Consider the undamped natural frequency of a single-degree-of-freedom linear <br>spring-mass system. If energy dissipation is added to this system, explain whether the fre- <br>quency of damped vibration will differ from the undamped one, and if so, in what manner?
@yıkık1sinema7 · 5 years ago
Professor I will ask you something. Where can I find examples for Duhamel Integral? thanks...
@abusalisheik6681 · 6 years ago
Professor can you share research writing classes
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