On the computational heat transfer evaluation in buildings with controlled temperature

On the computational heat transfer evaluation in buildings with controlled temperature

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New trends in sustainable building development require effective control of building energy consumption. In several last decades people’s demands for residential buildings have changed from the original survival type to the preference of the comfortable one, thus the much more detailed physical and mathematical analysis and related computational simulations are required, together with the implementation of advanced building materials, structures and technologies. This short paper demonstrates such generalized approach on a quasilinear model problem of heat transfer, open to natural generalizations, including further thermal, mechanical, etc. processes, with some references to practical applications.

New trends in sustainable building development require effective control of building energy consumption. In several last decades people’s demands for residential buildings have changed from the original survival type to the preference of the comfortable one, thus the much more detailed physical and mathematical analysis and related computational simulations are required, together with the implementation of advanced building materials, structures and technologies. This short paper demonstrates such generalized approach on a quasilinear model problem of heat transfer, open to natural generalizations, including further thermal, mechanical, etc. processes, with some references to practical applications.

building heat transfer; computational modelling

building heat transfer; computational modelling

VALA, J.

2024

12.09.2023

American Institute of Physics

Melville (USA)

978-0-7354-4655-7

Thermophysics 2022

1551-7616

AIP conference proceedings

2894

1

Spojené státy americké

020024-1

020024-6

6

https://pubs.aip.org/aip/acp/article/2894/1/020024/2910815/