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Theoretical Global Seismology

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  • 944pagine
  • 34 ore di lettura

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After major earthquakes, the Earth resonates for days, with free oscillations and related waves detected globally. This work by F. A. Dahlen and Jeroen Tromp offers an advanced theoretical exploration of global seismology, detailing the normal-mode, body-wave, and surface-wave methods used to determine the Earth's three-dimensional internal structure and earthquake source mechanisms. The authors review the history of global seismology and recent theoretical and observational advancements. The book is structured into three parts: Foundations, which introduces continuum mechanics and seismic source representation; The Spherical Earth, focusing on free oscillations of a spherically symmetric Earth; and The Aspherical Earth, addressing methods for handling the Earth's three-dimensional heterogeneity. Primarily focused on the forward problem of global seismology, it explains how to calculate and interpret synthetic seismograms and spectra. This comprehensive unification of theories will be invaluable to graduate students, professional seismologists, geodynamicists, geomagnetists, and astronomers studying free oscillations in celestial bodies.

Acquisto del libro

Theoretical Global Seismology, F. A. Dahlen, Jeroen Tromp

Lingua
Pubblicato
1998
Rilegatura
(In brossura),
Condizioni del libro
Danneggiato
Prezzo
52,99 €

Metodi di pagamento

Titolo
Theoretical Global Seismology
Lingua
Inglese
Pubblicato
1998
Formato
In brossura
Pagine
944
ISBN10
0691001243
ISBN13
9780691001241
Serie
Descrizione
After major earthquakes, the Earth resonates for days, with free oscillations and related waves detected globally. This work by F. A. Dahlen and Jeroen Tromp offers an advanced theoretical exploration of global seismology, detailing the normal-mode, body-wave, and surface-wave methods used to determine the Earth's three-dimensional internal structure and earthquake source mechanisms. The authors review the history of global seismology and recent theoretical and observational advancements. The book is structured into three parts: Foundations, which introduces continuum mechanics and seismic source representation; The Spherical Earth, focusing on free oscillations of a spherically symmetric Earth; and The Aspherical Earth, addressing methods for handling the Earth's three-dimensional heterogeneity. Primarily focused on the forward problem of global seismology, it explains how to calculate and interpret synthetic seismograms and spectra. This comprehensive unification of theories will be invaluable to graduate students, professional seismologists, geodynamicists, geomagnetists, and astronomers studying free oscillations in celestial bodies.