On the computational finite cylinder source model for energy piles

On the computational finite cylinder source model for energy piles

Paper in proceedings (conference paper)

or the design and prediction of thermal behaviour of energy piles the reliable computational evaluation of time-dependent temperature distribution is required. Some knowledge of analytical solutions, leading to some numerically feasible integration schemes, is welcome. This paper demonstrates such approach on certain model problems with finite cylinder heat sources, generalizing existing results, working with various infinite heat sources, or with finite line ones.

or the design and prediction of thermal behaviour of energy piles the reliable computational evaluation of time-dependent temperature distribution is required. Some knowledge of analytical solutions, leading to some numerically feasible integration schemes, is welcome. This paper demonstrates such approach on certain model problems with finite cylinder heat sources, generalizing existing results, working with various infinite heat sources, or with finite line ones.

thermal transfer;computational modelling;energy piles

thermal transfer;computational modelling;energy piles

VALA, J.

2021

15.11.2020

American Institute of Physics

Melville (USA)

978-0-7354-4041-8

AIP Conference Proceedings Volume 2305 25th International Meeting on Thermophysics 2020; Smolenice; Slovakia

0094-243X

AIP conference proceedings

2305

1

United States of America

020021-1

020021-6

6

https://aip.scitation.org/doi/abs/10.1063/5.0033853