£144.98

Springer - Variational Formulation of Fluid Dynamics Book

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Description

Explore the fundamental principles of fluid movement with this specialized text from Springer. This book provides a deep look into the derivation of equations of motion for fluids, covering both ocean and atmospheric currents across large and small scales. By using variational methods, the text re-derives the equations of Fluid and Geophysical Fluid Dynamics through the unifying principle of Hamilton's Principle of Least Action. Readers will find a comprehensive analysis of these equations within the framework of Lagrangian and Hamiltonian mechanics for continuous systems. A central part of the study involves examining the symmetries of these equations and the resulting conservation laws derived from Noether's Theorem. This volume serves as a technical resource for those studying geophysical and environmental mechanics and mathematics, providing a structured mathematical approach to complex fluid systems.

Key Features

Uses Hamilton's Principle of Least Action as a unifying principle to re-derive fluid and geophysical fluid dynamics equations.

Covers the dynamics of ocean and atmospheric currents across both large and small scales.

Provides a detailed analysis of equations within the framework of Lagrangian and Hamiltonian mechanics for continuous systems.

Examines the relationship between equation symmetries and conservation laws through Noether's Theorem.

Offers a mathematical approach to the derivation of equations of motion for fluids.

Product Specifications

Format
hardcover
Domain
Amazon UK
Release Date
06 September 2017
Listed Since
25 April 2017

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