A Transient-Flow Method for Determination of Thermal Constants of Insulating Materials in Bulk Part I—Theory

DOI10.1063/1.1721592zbMath0055.20006OpenAlexW2059788547MaRDI QIDQ5826527

J. Hl. Blackwell

Publication date: 1954

Published in: Journal of Applied Physics (Search for Journal in Brave)

Full work available at URL: https://doi.org/10.1063/1.1721592

zbMATH Keywords

classical thermodynamics, heat transfer

Related Items (6)

Use of 3D-transient analytical solution based on Green's function to reduce computational time in inverse heat conduction problems ⋮ Determination of heat transfer properties of media with a single-needle probe ⋮ The dual probe heat pulse method: interaction between probes of finite radius and finite heat capacity ⋮ Inverse problem in a porous medium: estimation of effective thermal properties ⋮ Improved inversion procedure for obtaining thermal properties of marine sediments via expansion of the temperature decay function ⋮ Measures on topological spaces

Cites Work

• Some Two-Dimensional Diffusion Problems with Circular Symmetry
• Approximate Solution of a Transient Heat Flow Problem
• RADIAL-AXIAL HEAT FLOW IN REGIONS BOUNDED INTERNALLY BY CIRCULAR CYLINDERS

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