The subject of this thesis is the development of a heating and cooling system being integrated into cross-laminated timber elements aiming indoor climate control. With the help of thermal, hygric and aerodynamic simulations, performance parameters of the system are provided for system planners in praxis to enable dimensioning of the system in concrete application scenarios. The numerical models are validated by measurement data from long-term laboratory tests. Furthermore, necessary technical and scientific foundations are explained to enable a manufacturer-specific product development.
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The subject of this thesis is the development of a heating and cooling system being integrated into cross-laminated timber elements aiming indoor climate control. With the help of thermal, hygric and aerodynamic simulations, performance parameters of the system are provided for system planners in praxis to enable dimensioning of the system in concrete application scenarios. The numerical models are validated by measurement data from long-term laboratory tests. Furthermore, necessary technical an...
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