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Autore: | Žalohar Jure |
Titolo: | The omega theory : a new physics of earthquakes / / Jure Zalohar |
Pubblicazione: | Amsterdam, Netherlands : , : Elsevier, , [2018] |
©2018 | |
Descrizione fisica: | 1 online resource (572 pages) |
Disciplina: | 551.08 |
Soggetto topico: | Seismology |
Earthquakes | |
Geophysics | |
SCIENCE / Earth Sciences / Geography | |
Nota di contenuto: | Summary of the Omega-theory -- Introduction -- I. Cosserat continuum theory of faulting -- Cosserat continuum -- The multiple-slip mechanism of plastic Cosserat deformation -- Stress along the faults -- Wedge faulting: the L2 kinematics -- Parallel fault and parallel wedge interactions: the Gamma-scheme -- Båth's Law and the Cosserat extension of the Reid rebound model -- II. Introduction to the Omega-theory -- Omega-sequences -- Omega-cells: "seismic oscillators" -- Omori's Law -- Felzer-Brodsky's Law -- Strain waves and conservation laws -- Phase transitions -- Gutenberg-Richter's Law -- What causes earthquakes? -- III. Systems, plate tectonics, and order -- Omega-interactions -- Critical behavior: large earthquakes can be predicted -- Supercritical behavior: aftershock sequences -- The B-spectral theorem and the synchronized earth -- Quantum numbers of earthquakes: seismic back action and reverse causality -- Seismic induction and the theory of plate tectonics -- Earthquakes as computation: origin of order -- IV. Seismic chaos synchronizations -- T-synchronizations: predicting future seismic states of the earth -- M-synchronizations: the B-megasignal and large earthquakes -- S-synchronizations: the reciprocity theorem and the failure localization law -- Maximum effectiveness of predictions: -1 rule -- Open systems -- Further observations on S-synchronizations -- V. Strain waves, plate tectonics, and the loop theorem -- Description of seismic states -- Epicenter production: Turbal's principle -- Structure of the aftershock sequences -- Synchronizations and fault reactivations -- Predictability of volcanic eruptions -- Strain waves at the tectonic plates boundaries -- Origin of plate tectonics: the loop theorem. |
Sommario/riassunto: | Of the Omega-theory -- Introduction -- I. Cosserat continuum theory of faulting -- Cosserat continuum -- The multiple-slip mechanism of plastic Cosserat deformation -- Stress along the faults -- Wedge faulting: the L2 kinematics -- Parallel fault and parallel wedge interactions: the Gamma-scheme -- Båth's Law and the Cosserat extension of the Reid rebound model -- II. Introduction to the Omega-theory -- Omega-sequences -- Omega-cells: "seismic oscillators" -- Omori's Law -- Felzer-Brodsky's Law -- Strain waves and conservation laws -- Phase transitions -- Gutenberg-Richter's Law -- What causes earthquakes? -- III. Systems, plate tectonics, and order -- Omega-interactions -- Critical behavior: large earthquakes can be predicted -- Supercritical behavior: aftershock sequences -- The B-spectral theorem and the synchronized earth -- Quantum numbers of earthquakes: seismic back action and reverse causality -- Seismic induction and the theory of plate tectonics -- Earthquakes as computation: origin of order -- IV. Seismic chaos synchronizations -- T-synchronizations: predicting future seismic states of the earth -- M-synchronizations: the B-megasignal and large earthquakes -- S-synchronizations: the reciprocity theorem and the failure localization law -- Maximum effectiveness of predictions: -1 rule -- Open systems -- Further observations on S-synchronizations -- V. Strain waves, plate tectonics, and the loop theorem -- Description of seismic states -- Epicenter production: Turbal's principle -- Structure of the aftershock sequences -- Synchronizations and fault reactivations -- Predictability of volcanic eruptions -- Strain waves at the tectonic plates boundaries -- Origin of plate tectonics: the loop theorem. |
Titolo autorizzato: | The omega theory |
ISBN: | 0-12-814581-1 |
Formato: | Materiale a stampa |
Livello bibliografico | Monografia |
Lingua di pubblicazione: | Inglese |
Record Nr.: | 9910583458003321 |
Lo trovi qui: | Univ. Federico II |
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