Vibrations and Waves
Volledige vakbeschrijving
Vibrations and waves covers the behaviour of many physical systems ranging from optical or acoustic to mechanical, oscillating systems. Participants will investigate simple harmonic oscillators, particle and packet velocities as well as damped, driven and coupled oscillators. The use of Fourier series to describe waves will allow a more mathematical analysis to take place. We will explore of sound propagation in a variety of media including sounds in gasses, liquids and solids (strings, rods etc.). In addition, the behaviour of interfering waves (such as formation of standing waves) will be demonstrated. Material properties such as reflection, transmission and impedance will also be covered.Doelstellingen van dit vak
• To acquaint the student with the fundamental principles of vibrations and waves as they apply to all systems • To develop an understanding of damping and forcing on vibrations • To identify appropriate mathematical methods to solving problems relating to these phenomena (such as differential equations) • To understand wave characteristics such as standing waves, beats, wave packets and the Doppler effectVoorwaarden
PHY2001 Classical MechanicsAanbevolen literatuur
Vibrations and Waves, A. P. French, W.W.Norton (US), 2nd edition, 1971 Vibrations and Waves, George C. King, John Wiley and Sons (UK), 1st edition, 2009PHY2003
Periode 1
2 sep 2024
25 okt 2024
Studiepunten:
5.0Taal van de opleiding:
EngelsCoördinator:
Onderwijsmethode:
Lecture(s), PBLEvaluatiemethoden:
Attendance, Participation, Assignment, Written exam