Видео

This video explain about mechanical vibrations, focusing on free vibrations and how to derive the equations of motion for a spring-mass system. It includes examples showing how to calculate natural frequency using static deflection and how to handle springs arranged in series or parallel.

This lecture explains the basics of free vibrations, focusing on undamped vibrations in systems with one degree of freedom. It shows how to find the equation of motion using Newton's laws, describes simple harmonic motion, and explains how to calculate natural frequency.

This video explains about concept of vibration, including transfer of energy, degrees of freedom along with classification of vibration.

These video explains Free undamped vibration and its eqn and derivation of natural frequency

This video lecture contains Vibratory Systems, Equivalent Spring Constant with its examples, Stiffness , harmonic motion , Amplitude, Period, Frequency and Natural Frequency. Neeraj Khot ( TY-B 162 )

This video lecture explains the concept of vibration it's types and effects also the medium of vibrations.This also explains the Degree of Freedom ,Free and Forced Vibration,Damped and Undamped Vibration Analysis and its Procedure. Neeraj Khot ( TY-B 162 )

In these video I Understand the elements of vibration, particularly the behavior of springs and the concepts of harmonic motion, is essential for analyzing mechanical systems. The relationships between force, deflection, and energy storage in springs form the foundation for more complex vibrational analysis. B2 DHARMRAJ SINGH 135

Understanding fundamentals of vibrations is crucial for analyzing and designing mechanical systems effectively. B2 135

The video introduces the fundamentals of vibrations, explaining oscillatory motion due to disturbances and the role of restoring forces. It discusses various examples of vibrations in everyday life, their effects, and classifications like free vs. forced vibrations. Key concepts include degrees of freedom, damping, and vibration analysis, emphasizing the importance of understanding vibrations in mechanical systems. Class:- TY-B Roll no:- 129

This video consists less content but most valuable information.In which the elements of vibration is explained in detail.

In this video, information is given about working of spring and their example also info. Of harmonic motions 133B2

This video gives ample knowledge about the vibrations in which the content of forced vibration,free vibration, degree of freedom,and type of vibration is covered and which is explained up to the mark.. Rushikesh Chowgule B2 139

In this video ,information is about vibration, degree of freedom and analysis of probs of vibration 133-B2

The video explains the concept of vibration..It is explained with day to day life examples and the types of vibrations ,the degree of freedom (single degree ,two degree ) ,vibration analysis and procedure is also explained

Video covers application of free undamped vibrations in case of compound pendulum and further it is explained it's analogy with simple pendulums natural frequency. The importance of centre of percussion is also explained very well!

This video explain the free undamped vibrations, degre of freedom. It also explain or derived the eqn of motion using Newton's law of motion, D'Alemberts principle.derivation of natural frequency. ( TY B 154)

This video explain the element of vibrations, equivalent spring constant with its examples, how they work. It also explain the Harmonic motions with figures, the difference between linear and nonlinear springs. TY B 154

This video introduce the vibrations with its examples and figures.then it is explain the Degree of freedom with examples,and procedure of vibrations analysis.. Samruddhi Charapale TY B 154

This video explains the basics of mechanical vibrations. It focuses on springs, how they work, and how to model them with math. It also talks about harmonic motion, the difference between linear and nonlinear springs, and how to combine springs in series or parallel. Important terms like amplitude, frequency, and natural frequency are also explained.

Video elaborates free undamped vibrations ,its eqn of motion, derivation of natural frequency.

This video explains the basics of vibrations, including their meaning, effects, types, how they happen, and ways to study them. this video about how different systems experience vibrations and why they are important in engineering and daily life.

Video contains elements of vibratory system, equivalent spring constant ,stiffness(k) derivation, formulas for equivalent spring systems,harmonic motion and various terms related to it . Vaishnavi Gavade(TY B127)

The video covers Definition of vibration, its effects, components in vibratory system, representation of vibratorary system through simple pendulum , classification of vibrations and procedure of analysing probs of vibrations. Vaishnavi Gavade-(TY B 127) Nikita Chougule -(TY B 137)

Very well explained ma'am

Soo nice explanation🎉

depression

2 type of people 1. have skills but not resources 2.have resources but not skills thats what my college have

Good lesson make more lessons engineer please

Thank you sir 🙏

Excellent Explanation!

Nice sir

Very nice sir

Very well explained sir 👏🏼

😜 P r o m o s m

Very Nice

Good Move 🎉🎉

👍👍