'Forced oscillations' diaporamas de présentation

Oscillations and Waves

1.86k views • 112 slides

Oscillations and Waves

1.2k views • 112 slides

Fundamentals of Physics

908 views • 39 slides

oscillations_03

oscillations_03. Damped Oscillations Forced Oscillations and Resonance. SHM. Review: SHM mass/spring system. CP 445. CP445. CP 455. oscillations_03: MINDMAP SUMMARY.

508 views • 32 slides

Damped and Forced SHM

Damped and Forced SHM. Physics 202 Professor Lee Carkner Lecture 5. PAL #4 Pendulums. Double amplitude (x m ) k depends only on spring, stays same v max = - w x m , increases Increase path pendulum travels v must increase (since T is constant, but path is longer) so max KE increases

337 views • 22 slides

John Pierre, U of Wyoming pierre@uwyo Dan Trudnowski , Montana Tech dtrudnowski@mtech

Forced Oscillation Detection Fundamentals and Simultaneous Estimation of Forced Oscillations and Modes. John Pierre, U of Wyoming pierre@uwyo.edu Dan Trudnowski , Montana Tech dtrudnowski@mtech.edu Jim Follum, PNNL (formerly at U of Wyoming) james.follum@pnnl.gov JSIS Meeting

418 views • 21 slides

Oscillations and Waves

Oscillations and Waves. Forced Oscillations and Resonance. Damping - Caused by resistive forces that always oppose motion e.g. friction Energy is dissipated by these forces. E.g. friction or magnetic damping can result in kinetic energy being dissipated as heat energy flows from the system.

257 views • 15 slides

Oscillations

Oscillations. Simple Harmonic Motion Velocity and Acceleration in SHM Force Law Torsion Pendula Physical Pendula SHM and Uniform Circular Motion Damped SHM Forced Oscillations and Resonance. pps by C Gliniewicz.

200 views • 6 slides