Forced Damped Vibration with Constant Harmonic Excitation in Hindi | Dynamics of Machinery (DOM)

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📌About this topic📌
Hey guys, this video is on Forced damped vibrations with constant harmonic excitation.
Here we will study about the Forced vibrations in the beginning of the video, then we will proceed with the main theory of forced damped vibrations with constant harmonic excitation.
So here we will discuss the whole theory from starting to end and we will also derive the whole equation of motion for the forces damped vibrations.
Also we will derive the equation for the steady state amplitude, and phase angle (phy).
At the end of the theory, we will see the time response curve for the forced damped vibrations with constant harmonic excitation.
Hope this video will be helpful to you, so check out the video and comment us if you have any doubts...
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Опубликовано:

15 окт 2024

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Комментарии : 60

@bhargavmulka7299 3 года назад

yash ji aap tho oxford me bi teach kar sakthe hoo... that's how amazing is your teaching ability. hands down and thank you for this great initiate of teaching wonderful and difficult concepts with ease.

@EducationLessons 3 года назад

Thank you Bhargav :). Also share this video and our channel to your friends.

@Iris0555 2 года назад

Yes.....u should try sir🙏

@smileboydebaraj2335 5 лет назад

Excellent Teaching My concept is clear for once learning Thanks For Co-ordination

@EducationLessons 5 лет назад

Glad to help you Here is a playlist with more videos on vibration ru-vid.com/group/PLwpA_XrwdvgYT6cqLRYVOgy8hS1h0UnmI Hope this helps you. Keep sharing

@Shivam-br5bk 5 лет назад

simply wow , amazing explanation sir . thank you very much

@EducationLessons 5 лет назад

Thank you Shivam ☺️

@dvchannel2070 3 года назад

Very helping video sir.

@Iris0555 2 года назад

Amazing lecture 🔥❤️you r best teacher for vibration........plz cover all topics of vibration it will help many students for years......... because of your amazing teaching🙏🙏

@helenkarensouza1007 Месяц назад

Obrigada!

@DSMEDileepKumarG Год назад

It was very useful!! 😇😇

@msengineer4696 9 месяцев назад

Thank you so much sir ❤❤❤❤❤

@EducationLessons 9 месяцев назад

Ur welcome.. thanks for your love 😊

@unboxingguru3256 Год назад

U are best sir 🤘

@refakathussain7663 5 лет назад

sir one of the best video i have seen but sir please recheck the final equation of 'X'

@learnwithniraj4321 3 года назад

Your explanation 😍 salute to you ❤ aaj mera exam he muje puri theory pata nhi thi but in just one video I got my all answers ❤

@EducationLessons 3 года назад

Thank you Niraj. Hummare website pe aur bhi notes hai DOM ki, app zarur padhiye www.educationlessons.co.in/dynamics-of-machinery/

@bhushanbhairannavar4059 3 года назад

Basic concept are cleared very well. 🤗

@muhammadluqman2870 2 года назад

sir kindly force undamped vibration ka bary ma be bta dem

@karthiksk9123 2 года назад

Great job

@garikibalu 3 года назад

Thanks a lot bro but i think some members who are watching this are not good in maths and me too as well so please explain maths too bro ... Thanks bro 😁

@deekshithboyina840 Год назад

Sir is the forced longitudinal vibration and forced damped vibration are same?

@deekshithboyina840 Год назад

@danishk4172 3 года назад

Sir, how to remember derivations. Do we have to byhatt?

@RenuSharma-zb2bz 3 года назад

Sir please make vedieos on Other chapters of DOM..pls...🙏🙏

@EducationLessons 3 года назад

Soon we will. Please bear with us. Thanks, Team EL

@bea59kaiwalyakhairnar37 2 года назад

27:37 what do you mean by omega at numerator.

@angadyadav7660 3 года назад

thanks sir great explanation

@adilminhas2563 2 года назад

Lecture for response of UNDAMPED system under harmonic force... Plz?

@rishiraj3142 4 года назад

Sir plz iss question ka solution bataiye give the theory of forced vibration of a damped system. Under what condition will resonance take place

@EducationLessons 4 года назад

You can write this theory for forced damped vibration, agar short question Hain to just diagram draw karo, thoda explain Karo and then equations likh do. And if it is of more marks then you have to write whole theory. And for resonance, refer this video link: ru-vid.com/video/%D0%B2%D0%B8%D0%B4%D0%B5%D0%BE-TqmzrWu1PKs.html (👈ye link me 15:22 par resonance explain Kiya Hain) Hope your problem is solved. Still if you have any questions, feel free to comment us

@ajaypatel7966 4 года назад

Thanks

@Iris0555 2 года назад

2. The vibrating system having mass 1 kg is suspended by a spring of stiffness 1000 N/m and it is put to harmonic excitation of 10 N. Assume viscous damping Calculate i) The resonance frequency. 362 ii) Phase angle at resonance. iii) The amplitude at resonance. iv) The frequency corresponding to the peak amplitude. v) Damped frequency. Sir plz tell this question!!!

@abhijeetnigam3740 4 года назад

Awesome sir

@nileshyadav6085 4 года назад

Sir is there any difference between forced vibration and forced damped vibration

@shadowgamming4201 4 года назад

Where is 2 & 3 roter system? I will learn from you only....plz make that theory.

@tirtharajishore8033 2 года назад

Good

@mdsanaullah727 14 дней назад

Sir where is downloaded notes ____?

@EducationLessons 2 дня назад

Sorry for the inconvenience... We are down for a while due technical issues .. Kindly bear with us

@saquibkhan9815 5 лет назад

When will be the notes available

@satishjadhav4157 5 лет назад

Sir please explain some numerials also..

@EducationLessons 5 лет назад

Sure Satish, it will be uploaded tomorrow, stay tuned

@yeeshubehera5687 4 года назад

This way of solving differential equation is Undetermined Coefficient.

@sammmm7085 Год назад

Notes???

@talhabagwala4705 3 года назад

camera angle sahi rakho sir \

@pranavmittal3839 5 лет назад

Sir pls. Upload numerical also

@EducationLessons 5 лет назад

Here it is. Numerical on forced damped vibration with constant harmonic excitation. ru-vid.com/video/%D0%B2%D0%B8%D0%B4%D0%B5%D0%BE-6IluZI0aI38.html And we have more important Theories and numericals based on vibration. Check out whole playlist here👉: ru-vid.com/group/PLwpA_XrwdvgYT6cqLRYVOgy8hS1h0UnmI

@skjafarhossain5059 5 лет назад

Super sir

@PriyanshuSingh-fq4pw 4 года назад

Awesome

@EducationLessons 4 года назад

Thanks Arvind Singh🙂

@kpstylesp1 4 года назад

Sir notes ?

@EducationLessons 4 года назад

Notes about this video will be provided soon on the website.. Till then find other notes @ educationlessons.co.in/dynamics-of-machinery Thanks to bear with us, Team EL.

@clasherspoint8897 4 года назад

Where is the notes ??

@PriyanshuSingh-fq4pw 4 года назад

Hats off

@EducationLessons 4 года назад

Thanks Arvind. Also, visit educationlessons.co.in for more useful content.

@tyrant7584 Год назад

kuch smjh nhi rha

@yashdesai4985 5 лет назад

Ha maru gtu ha..😀😀😀😂😂

@yashdesai4985 5 лет назад

10:50

@EducationLessons 5 лет назад

Well, good to hear this, you will get all important videos of DOM (balancing+vibration) from playlist: ru-vid.com/group/PLwpA_XrwdvgZdUjaiINtHxzw_wIdfO52_ Hope it will be helpful for your gtu exams🙂 Keep sharing with all gtu students Thank you