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The primary objective of this book is to give the reader a basic understanding of waves and their propagation in a linear elastic continuum. The studies of elastodynamic theory and its application to fundamental value problems should prepare the reader to tackle many physical problems of general interest in engineering and geophysics, and of particular interest in mechanics and seismology.

Elastic waves. --- Boundary value problems.

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Elastic waves --- Seismic waves --- 519.2 --- 519.2 Probability. Mathematical statistics --- Probability. Mathematical statistics --- Waves, Seismic --- Elasticity --- Waves --- Underground nuclear explosions --- Congresses --- Partial differential equations --- Probability theory --- Mathematical physics

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Otorhinolaryngology --- Audiology --- Audiology. --- Sound. --- Audiologie --- Keel- neus- en oorheelkunde. --- Spraakstoornissen. --- Spraak. --- Acoustic Waves --- Elastic Waves --- Sonic Radiation --- Sound Waves --- Acoustic Wave --- Elastic Wave --- Radiation, Sonic --- Radiations, Sonic --- Sonic Radiations --- Sound Wave --- Sounds --- Wave, Acoustic --- Wave, Elastic --- Wave, Sound --- Waves, Acoustic --- Waves, Elastic --- Waves, Sound --- Otolaryngology --- Periodicals --- Health Sciences --- Ear, Nose & Throat --- General and Others --- Physiology --- Surgery --- Sound

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The mechanism of speech is a very complex one and in order to undertake any analysis of language it is important to understand the processes that go to make up the message that a speaker transmits and a listener receives. Professor Fry therefore first takes the reader through the various stages of the speech chain: from language units to nerve impulses to muscle movements to sound waves, and vice versa as the message is received and decoded. He then explains the basic physical principles involved in the generation and propagation of sound energy and in the phenomenon of resonance. These principles are then applied to the speech mechanism itself and to the particular kinds of sound which constitute speech. There is a fully illustrated account of the use of the sound spectrograph in acoustic analysis and chapters dealing with the acoustic features of English sounds and with the way we recognise speech sounds by the acoustic cues inherent in a particular language. Professor Fry gave courses on the physics of speech to students of applied as well as theoretical linguistics and to speech therapists, and his clear account will therefore provide a basic textbook for such courses as well as being of interest to people working in departments of speech and in communications generally.

Physiology: movement organs, voice and skin --- Phonetics --- Vibrations --- Speech. --- Sound-waves. --- Speech --- Sound-waves --- Parole --- Ondes sonores --- Acoustics. --- Phonetics. --- Sound. --- Voice. --- Talking --- Language and languages --- Oral communication --- Voice --- Vibration --- Waves --- Voices --- Phonation --- Public Speaking --- Speaking, Public --- Language Development --- Acoustic Waves --- Elastic Waves --- Sonic Radiation --- Sound Waves --- Acoustic Wave --- Elastic Wave --- Radiation, Sonic --- Radiations, Sonic --- Sonic Radiations --- Sound Wave --- Sounds --- Wave, Acoustic --- Wave, Elastic --- Wave, Sound --- Waves, Acoustic --- Waves, Elastic --- Waves, Sound --- Speech Sounds --- Sound, Speech --- Sounds, Speech --- Speech Sound --- Acoustic --- KVH-BOM --- #KVHB:Akoestiek --- #KVHB:Fonetiek --- #KVHB:Spraak --- Acoustics --- Sound --- Arts and Humanities --- Language & Linguistics