Discuss Steady State and Transient part of a forced vibration system with constant harmonic excitation. Also plot magnification factor and phase angle against frequency ratio for different damping ratio & write down the characteristics of these curves.🙏...... please explain what to do in this... please....
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. ii) Phase angle at resonance. iii) The amplitude at resonance. iv) The frequency corresponding to the peak amplitude. v) Damped frequency. ........Sir can you help in this!!!🙏......plz tell sir this question is repeated many time........or tell the formula for this 🙏❤️
Great brother plz make a vedio regarding quick return ratio plz in witheork quick return mechanism👍
Discuss Steady State and Transient part of a forced vibration system with constant harmonic excitation.
Also plot magnification factor and phase angle against frequency ratio for different damping ratio & write down the characteristics of these curves.🙏...... please explain what to do in this... please....
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.
ii) Phase angle at resonance.
iii) The amplitude at resonance.
iv) The frequency corresponding to the peak amplitude.
v) Damped frequency.
........Sir can you help in this!!!🙏......plz tell sir this question is repeated many time........or tell the formula for this 🙏❤️
thanks a lot that was so helpful
Nice and easy 😎