This work introduces a new concept in heat transfer, developing a transient model describing the fast-transient process of heat transport in solids with micro-structures. In describing the microstructural interaction effect in the short-term response, it extends the "macroscopic" concept that practisings engineers are already familiar with. The dual-phase-leg model covers the existing macroscopic and microscopic models in the same framework, including the classical diffusion model employing the Fourier's law and the thermal wave model for dielectric films, insulators, and semi-conductors, and the photon-electron interaction model for metals (microscopic). Chapters cover the current status of microscale heat transfer, the lagging behaviour in the transient response, experimental evidence supporting the lagging behaviour in heat transport under various circumstances, the high-order effect of phase legs in the delayed response, and the possible effect of lagging responses in the related fields of elasticity and forced convention.
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First Sentence:
From a microscopic point of view, the process of heat transport is governed by phonon-electron interaction in metallic films and by phonon scattering in dielectric films, insulators, and semiconductors. Read the first page Key Phrases - Statistically Improbable Phrases (SIPs): (learn more)
lagging temperature, thermal wave speed, microscale heat transport, thermal wavefront, lagging behavior, gradient precedence, deformable conductor, normalized reflectivity change, microvoid surface, thermally undisturbed zone, equivalent thermal diffusivity, equation governing heat transport, thermomechanical coupling effect, normalized temperature change, precedence switch, transonic stage, lagging response, flux localization, thermal shock formation, thermal wave model, single energy equation, femtosecond laser heating, surface reflectivity change, thermal shock surface, transient heat transport New!
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From a microscopic point of view, the process of heat transport is governed by phonon-electron interaction in metallic films and by phonon scattering in dielectric films, insulators, and semiconductors. Read the first page Key Phrases - Statistically Improbable Phrases (SIPs): (learn more)
lagging temperature, thermal wave speed, microscale heat transport, thermal wavefront, lagging behavior, gradient precedence, deformable conductor, normalized reflectivity change, microvoid surface, thermally undisturbed zone, equivalent thermal diffusivity, equation governing heat transport, thermomechanical coupling effect, normalized temperature change, precedence switch, transonic stage, lagging response, flux localization, thermal shock formation, thermal wave model, single energy equation, femtosecond laser heating, surface reflectivity change, thermal shock surface, transient heat transport New!
Books on Related Topics | Concordance | Text Stats Browse Sample Pages:
Front Cover | Table of Contents | First Pages | Index | Back Cover | Surprise Me!
Citations (learn more)
This book cites 16
books:
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- Annual Review of Heat Transfer by Chang-Lin Tien in Back Matter (1), and Back Matter (2)
- Fracture Mechanics (Siam-Ams Proceedings, V. 12.) by N. Y.) Symposium in Applied Mathematics (1978 New York in Back Matter (1), and Back Matter (2)
- Boundary-Layer Theory by H. Schlichting in Back Matter
- Conduction of Heat in Solids by H. S. Carslaw in Back Matter
- Advanced Calculus for Applications (2nd Edition) by Francis B. Hildebrand in Back Matter
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