The study presented in this paper focuses on an experimental investigation of the specific heat capacity as a function of the temperature Cp (T) of concrete mixed with various amounts of phase change material (PCM). The tested specimens are prepared by directly mixing concrete and microencapsulated PCM. This paper describes the development of the new material and the experimental set-up to determine the specific heat capacity of the PCM concrete material. Moreover, various methods are proposed and compared to calculate the specific heat capacity of the PCM concrete. Finally, it is hoped that this work can be used as an inspiration and guidance to perform measurements on the various composite materials containing PCM
The fast economic development around the globe and high standards of living imposes an ever increasi...
Energy efficiency in buildings has been a hot topic in recent years and the demand for alternatives ...
This thesis aims to investigate design strategies for concrete construction materials containing mic...
The aim of increasing the building internal heat storage capacity is to be able to store excessive h...
International audienceThe present research deals with the investigation of a Portland cement concret...
Development of energy efficient and environmentally friendly materials to reduce energy consumption ...
The present study refers to a set of tests using different amounts of microencapsulated PCM directly...
In order to come to a sustainable built environment the construction industry requires new energy sa...
This paper studies the thermal, mechanical and microstructural aspects of concrete containing differ...
In order to come to a sustainable built environment the construction industry requires new energy sa...
More efficient energy usage in buildings with increased thermal mass and better thermal insulation h...
A preliminary study on the increased thermal capacity in Thermal Energy Storage concrete solids with...
The paper presents the numerically calculated dynamic heat storage capacity of the prefabricated hol...
Phase change materials (PCMs) have found their use in concrete technology for increasing energy effi...
The fast economic development around the globe and high standards of living imposes an ever increasi...
The fast economic development around the globe and high standards of living imposes an ever increasi...
Energy efficiency in buildings has been a hot topic in recent years and the demand for alternatives ...
This thesis aims to investigate design strategies for concrete construction materials containing mic...
The aim of increasing the building internal heat storage capacity is to be able to store excessive h...
International audienceThe present research deals with the investigation of a Portland cement concret...
Development of energy efficient and environmentally friendly materials to reduce energy consumption ...
The present study refers to a set of tests using different amounts of microencapsulated PCM directly...
In order to come to a sustainable built environment the construction industry requires new energy sa...
This paper studies the thermal, mechanical and microstructural aspects of concrete containing differ...
In order to come to a sustainable built environment the construction industry requires new energy sa...
More efficient energy usage in buildings with increased thermal mass and better thermal insulation h...
A preliminary study on the increased thermal capacity in Thermal Energy Storage concrete solids with...
The paper presents the numerically calculated dynamic heat storage capacity of the prefabricated hol...
Phase change materials (PCMs) have found their use in concrete technology for increasing energy effi...
The fast economic development around the globe and high standards of living imposes an ever increasi...
The fast economic development around the globe and high standards of living imposes an ever increasi...
Energy efficiency in buildings has been a hot topic in recent years and the demand for alternatives ...
This thesis aims to investigate design strategies for concrete construction materials containing mic...