International audienceThe mechanical behavior of a new composite material used in building construction is studied in this work. The composite panel results of combination of a calcium sulfate hydrates matrix mainly water and inorganic mineral additives. The effective young modulus of the composite is measured by three bending test. Analytical and numerical models are used to determine the composite young modulus which can be expected vs the type and rate of additives. The experimental values are compared with analytical and numerical results. The results from models are near or lightly lower than the experimental values and allow an estimation of the effective properties which can be expected for the new composite developed. (C) 2016 Elsev...
The general form of an equation has been derived which expresses the modulus of elasticity of concre...
The embedment of microencapsulated phase change materials (PCMs) is a promising means for improving ...
The E-modulus of cement-based materials is a property that experiences a high rate of change at ear...
International audienceThe mechanical behavior of a new composite material used in building construct...
International audienceThis work is dealing with the thermo mechanical behaviour of a new composite m...
At early age, the mechanical characteristics of concrete, such as Young's modulus, follow a rapid ra...
This paper is concerned with the workability, setting and strength characteristics of polymer-plaste...
In recent times, the importance of constructing different models to predict the elastic properties o...
Experimental and analytical investigations for the modulus of elasticity of thin cement composite co...
WOS:000330489200051International audienceThe purpose of this article is to present a micro-mechanica...
Stavební materiály se od počátku svého vzniku neustále vyvíjí a také se stále hledají nové možnosti ...
Models for early age E-modulus evolution of cement pastes are available in the literature, but their...
E-modulus and heat of hydration are features of cement-based materials that follow a rapid rate of c...
Lime-cement blended mortars are frequently used in building conservation, as well as in new masonry ...
The general form of an equation has been derived which expresses the modulus of elasticity of concre...
The embedment of microencapsulated phase change materials (PCMs) is a promising means for improving ...
The E-modulus of cement-based materials is a property that experiences a high rate of change at ear...
International audienceThe mechanical behavior of a new composite material used in building construct...
International audienceThis work is dealing with the thermo mechanical behaviour of a new composite m...
At early age, the mechanical characteristics of concrete, such as Young's modulus, follow a rapid ra...
This paper is concerned with the workability, setting and strength characteristics of polymer-plaste...
In recent times, the importance of constructing different models to predict the elastic properties o...
Experimental and analytical investigations for the modulus of elasticity of thin cement composite co...
WOS:000330489200051International audienceThe purpose of this article is to present a micro-mechanica...
Stavební materiály se od počátku svého vzniku neustále vyvíjí a také se stále hledají nové možnosti ...
Models for early age E-modulus evolution of cement pastes are available in the literature, but their...
E-modulus and heat of hydration are features of cement-based materials that follow a rapid rate of c...
Lime-cement blended mortars are frequently used in building conservation, as well as in new masonry ...
The general form of an equation has been derived which expresses the modulus of elasticity of concre...
The embedment of microencapsulated phase change materials (PCMs) is a promising means for improving ...
The E-modulus of cement-based materials is a property that experiences a high rate of change at ear...