In this chapter we will deal with steady-state and transient (or non steady-state) heat conduction in quiescent media, which occurs mostly in solid bodies. In the first section the basic differential equations for the temperature field will be derived, by combining the law of energy conservation with Fourier’s law. The subsequent sections deal with steady-state and transient temperature fields with many practical applications as well as the numerical methods for solving heat conduction problems, which through the use of computers have been made easier to apply and more widespread.
CITATION STYLE
Baehr, H. D., & Stephan, K. (1998). Heat conduction and mass diffusion. In Heat and Mass Transfer (pp. 105–250). Springer Berlin Heidelberg. https://doi.org/10.1007/978-3-662-03659-4_2
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