£150.00

Elsevier Wave Fields in Real Media - Seismic Exploration Vol 38

Name: Elsevier Wave Fields in Real Media - Seismic Exploration Vol 38
Brand: Elsevier
Price: 150.0 GBP
Availability: InStock

Computing & Internet

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Description

Wave Fields in Real Media provides a deep look into how waves move through complex environments. While many models rely on ideal, lossless, and isotropic assumptions, this text focuses on the reality of anelastic, anisotropic, and multi-phase media. This volume is part of the Seismic Exploration series, specifically Volume 38, making it a vital resource for those studying geophysics and wave mechanics. The content begins with an introduction to stress-strain relations, which are then combined with equations of momentum conservation to establish the equation of motion. Readers will find a detailed differential formulation expressed through memory variables. Additionally, the book utilizes Biot's theory to explain wave propagation within porous media. By moving beyond simplified models, this work offers a practical understanding of how physical properties influence wave behavior in real-world scenarios.

Key Features

Explores the differences between ideal elastic media and real-world anelastic, anisotropic, and multi-phase environments.

Covers essential physics including stress-strain relations and equations of momentum conservation for wave motion.

Provides a differential formulation written in terms of memory variables for technical accuracy.

Includes the application of Biot's theory to describe how waves move through porous media.

Part of the Seismic Exploration series, specifically Volume 38, for specialized academic study.

Analyzes plane-wave behavior across various rheologies to support complex geophysical research.

Product Specifications

Brand: Elsevier
Format: hardcover
ASIN: 0080464084
Category: Books > Subjects > Computing & Internet
Domain: Amazon UK
Release Date: 24 January 2007
Listed Since: 19 February 2007

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Elsevier Wave Fields in Real Media - Seismic Exploration Vol 38

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