A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
This first chapter on heat transfer starts with what heat and temperature mean, including the definitions of heat flow and flux. Then we consider heat transfer by conduction in steady and transient states through flat, two‐ and three‐dimensional assemblies, with the thermal resistance and harmonic properties of flat assemblies as usable quantities. Next, the scope moves to the heat exchange at surfaces, looking at convection, so fixing the convective surface film coefficient, and radiation, translated into a radiant surface film coefficient. Surface film coefficients inside and outside and related reference temperatures are considered. Closing topics include the thermal transmittance of single and composite wall assemblies; the thermal resistance of cavities; temperature profiles; thermal bridges; the solar transmittance of glazing, the thermal transmittence of glazing and windows; the mean thermal transmittance of envelopes; the harmonic properties ambient to ambient; and temperature damping in indoor spaces.
This first chapter on heat transfer starts with what heat and temperature mean, including the definitions of heat flow and flux. Then we consider heat transfer by conduction in steady and transient states through flat, two‐ and three‐dimensional assemblies, with the thermal resistance and harmonic properties of flat assemblies as usable quantities. Next, the scope moves to the heat exchange at surfaces, looking at convection, so fixing the convective surface film coefficient, and radiation, translated into a radiant surface film coefficient. Surface film coefficients inside and outside and related reference temperatures are considered. Closing topics include the thermal transmittance of single and composite wall assemblies; the thermal resistance of cavities; temperature profiles; thermal bridges; the solar transmittance of glazing, the thermal transmittence of glazing and windows; the mean thermal transmittance of envelopes; the harmonic properties ambient to ambient; and temperature damping in indoor spaces.
Heat transfer
Hens, S. L. C. Hugo (author)
2017-10-02
110 pages
Article/Chapter (Book)
Electronic Resource
German
HEAT TRANSFER MEDIA AND HEAT TRANSFER PLANTS
Online Contents | 1996
| Wiley | 2012
| Springer Verlag | 2019
| Springer Verlag | 2017