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This acclaimed series provides survey articles on the present state and future direction of research in important branches of applied mechanics. Volume 31 provides the following fully referenced, and comprehensive articles:A New Integrable Shallow Water Equation discusses the initial value problem and soliton solutions for a newly discovered, completely integrable, dispersive shallow water equation as well as the elastic collision properties of the N-soliton solutionThe Onset and Development of Thermal Convection in Fully Developed Shear Flows focuses on a few basic states involving a Boussinesq fluid and fully developed forced flows, mainly of the Couette or Poiseuille typeVortex Element Methods for Flow Simulation covers vortex patches and filaments and a critical account of difficulties, limitations, and continuing efforts to improve the simulations of laminar or peturbulent flows through the use of vortex elementmethodsMicromechanics Constitutive Description of Thermoelastic Martensitic Transformations is concerned with the micromechanics description of transformation plasticity, incorporating microstructure, crystallography, thermodynamics and micromechanics into the continuum formulation of the macroscopic constitutive behavior.
This volume investigates the current state and future research trajectories within specialized branches of applied mechanics. Edited by John W. Hutchinson, the text compiles peer-reviewed survey articles that synthesize complex physical phenomena into cohesive analytical frameworks. It serves as a technical resource for researchers and engineers seeking to understand the mathematical and physical foundations of fluid behavior, thermal convection, and material transformation.
What You Will Find
Scope Limits
Experts recognize this series as a high-level reference for professionals and academics engaged in advanced mechanical research. Readers frequently note the technical density of the prose, which requires a strong background in continuum mechanics and advanced mathematics to fully interpret.
Page Count:
310
Publication Date:
1994-07-19
Publisher:
Academic Press
ISBN-10:
0120020319
ISBN-13:
9780120020317
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