A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
The objective of this thesis is to firstly develop a mathematical model for predicting heat and moisture transfer in buildings exposed to outdoor climatic conditions presented as temperature, relative humidity, solar radiation and wind velocity. Secondly, the heat and moisture transfer model is used to theoretically study the possibilities of controlling indoor thermal and moisture levels into an allowable range by means of heating indoor air and ventilating outdoor air. Starting from an extensive literature, it is indicated that less attention has been devoted to the topic that is similar to this thesis work. The reviewed literature has been classified into different categories in a consistent and systematic way.
The objective of this thesis is to firstly develop a mathematical model for predicting heat and moisture transfer in buildings exposed to outdoor climatic conditions presented as temperature, relative humidity, solar radiation and wind velocity. Secondly, the heat and moisture transfer model is used to theoretically study the possibilities of controlling indoor thermal and moisture levels into an allowable range by means of heating indoor air and ventilating outdoor air. Starting from an extensive literature, it is indicated that less attention has been devoted to the topic that is similar to this thesis work. The reviewed literature has been classified into different categories in a consistent and systematic way.
Modelling Heat and Moisture Transfer in Buildings: Applications to Indoor Thermal and Moisture Control
X. Lu (author)
2002
96 pages
Report
No indication
English
Architectural Design & Environmental Engineering , Heating & Cooling Systems , Heat transfer , Buildings , Moisture , Theses , Dampness , Dryness , Energy consumption , Energy costs , Mathematical models , Thermodynamics , Houses , Darcy's law , Fick's law , Fourier's law , Foreign technology , HMTB computer model
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