A prefabricated concrete sandwich panel, with insulating material acting as a structural layer able to transfer the shear stresses, is discussed. The use of an in-pressure casting technique allows to avoid the use of glue and to prevent the debonding between the layers thanks to the good bond obtained during the production. Sandwich beams characterized by a thick internal expanded polystyrene foam core and by two thin external Alkali-Resistant glass Textile Reinforced Concrete layers are experimentally investigated according to four point bending scheme. The significant role played by the tangential non linear behaviour of the EPS foam is show
The main reason for the thickness of a concrete sandwich element is the requirement for the protecti...
The use of precast concrete sandwich panels has increased significantly in the last few years due to...
This work presents a method of strengthening concrete structures based on textiles of high strength ...
A prefabricated concrete sandwich panel, with insulating material acting as a structural layer able ...
This paper concerns the investigation of the behaviour of sandwich beams previously tested in four p...
International audienceThe emergence of new composite materials in the building industry allows texti...
A novel sandwich element design consisting of two facings made of carbon reinforced Textile Reinforc...
The paper is aimed at predicting the behavior of lightweight textile reinforced concrete (TRC) sandw...
Existing buildings are characterized by a large energy consumption due to heating and air-conditioni...
The combination of high-strength concrete with non-corrosive reinforcement made of carbon fibre rein...
The construction of buildings with fi-ee-form surfaces can be accompanied with relatively high costs...
The main reason for the thickness of a concrete sandwich element is the requirement for the protecti...
The use of precast concrete sandwich panels has increased significantly in the last few years due to...
This work presents a method of strengthening concrete structures based on textiles of high strength ...
A prefabricated concrete sandwich panel, with insulating material acting as a structural layer able ...
This paper concerns the investigation of the behaviour of sandwich beams previously tested in four p...
International audienceThe emergence of new composite materials in the building industry allows texti...
A novel sandwich element design consisting of two facings made of carbon reinforced Textile Reinforc...
The paper is aimed at predicting the behavior of lightweight textile reinforced concrete (TRC) sandw...
Existing buildings are characterized by a large energy consumption due to heating and air-conditioni...
The combination of high-strength concrete with non-corrosive reinforcement made of carbon fibre rein...
The construction of buildings with fi-ee-form surfaces can be accompanied with relatively high costs...
The main reason for the thickness of a concrete sandwich element is the requirement for the protecti...
The use of precast concrete sandwich panels has increased significantly in the last few years due to...
This work presents a method of strengthening concrete structures based on textiles of high strength ...