This thesis proposes new assessment methods related to dynamic multi-dimensional heat transfer processes in buildings. Various assessment procedures are presented with different approaches, comprising steady-state or transient; numerical or experimental; one- or multi-dimensional cases. A generalized formulation is proposed for the definition of heat transfer in buildings, which is developed into numerical and experimental case studies. This same formulation is integrated into a detailed procedure for the calibration of numerical models to meet experimental data. The use of these methods for detailed thermal assessment procedures within building envelope retrofitting processes is discussed. A case study on the differential thermal analysis of an external thermal insulation system is presented where the additional thermal resistance of the system is calculated by experimental means.
| Date of Award | 2017 |
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| Original language | Spanish |
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| Awarding Institution | |
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Caracterización Térmica Dinámica de la Transferencia De Calor Multidimensional en Edificios - Dynamic Performance Assessment of Multidimensional Heat Transfer in Buildings
Garay Martinez, R. (Author). 2017
Doctoral thesis: Doctoral Thesis