AbstractSwitchable windows are glazing technologies that exhibit dynamic optical properties and may thus be used to improve the energy performance of buildings. A window system based on a thermotropic glass pane was tested both in the laboratory and by means of an outdoor test cell facility.In this paper the full optical and thermal characterization of this glazing technology is presented. Experiments and data analysis led to the characterization of the behaviour of the thermotropic glazing both when this technology is used alone (single glass pane) and when it is integrated in a multilayer fenestration (a triple glazed unit)
This paper explores the potential of thermotropic (TT) windows as a means of improving overall build...
This paper examines the thermal and luminous performance of single-glazed windows with and without s...
This paper describes an experimental study about thermal performance of different glazing materials ...
Switchable windows are glazing technologies that exhibit dynamic optical properties and may thus be ...
Switchable windows are glazing technologies that exhibit dynamic optical properties and may thus be ...
Research in the field of glazing systems technology received a boost passing from single pane to low...
Responsive envelope components are promising technologies for improving the energy and indoor comfor...
Glazing components are the most challenging element of the building envelope system. The insertion o...
Today there is increasing interest and demand for energy savings in the building sector. Windows sti...
ISBN 978-85-92631-00-0Glazing contributes significantly to heat transfer between outdoor and indoor ...
AbstractGlazing components are the most challenging element of the building envelope system. The ins...
This thesis treats angle-resolved optical properties and the energy efficiency of windows. A theoret...
Mathematical modelling can be a powerful tool in the design and optimalization of glazing. By calcul...
AbstractA large variety of transparent materials is available for uses in buildings façades and all ...
AbstractThe glazed façade of a building is the part that produces the greatest energy losses and gai...
This paper explores the potential of thermotropic (TT) windows as a means of improving overall build...
This paper examines the thermal and luminous performance of single-glazed windows with and without s...
This paper describes an experimental study about thermal performance of different glazing materials ...
Switchable windows are glazing technologies that exhibit dynamic optical properties and may thus be ...
Switchable windows are glazing technologies that exhibit dynamic optical properties and may thus be ...
Research in the field of glazing systems technology received a boost passing from single pane to low...
Responsive envelope components are promising technologies for improving the energy and indoor comfor...
Glazing components are the most challenging element of the building envelope system. The insertion o...
Today there is increasing interest and demand for energy savings in the building sector. Windows sti...
ISBN 978-85-92631-00-0Glazing contributes significantly to heat transfer between outdoor and indoor ...
AbstractGlazing components are the most challenging element of the building envelope system. The ins...
This thesis treats angle-resolved optical properties and the energy efficiency of windows. A theoret...
Mathematical modelling can be a powerful tool in the design and optimalization of glazing. By calcul...
AbstractA large variety of transparent materials is available for uses in buildings façades and all ...
AbstractThe glazed façade of a building is the part that produces the greatest energy losses and gai...
This paper explores the potential of thermotropic (TT) windows as a means of improving overall build...
This paper examines the thermal and luminous performance of single-glazed windows with and without s...
This paper describes an experimental study about thermal performance of different glazing materials ...