The linear thermal expansion coefficient of two types of high performance concrete was measured in the temperature range from 20 °C to 1000 °C, and the linear hygric expansion coefficient was determined in the moisture range from dry material to saturation water content. Comparative methods were applied for measurements of both coefficients. The experimental results show that both the effect of temperature on the values of linear thermal expansion coefficients and the effect of moisture on the values of linear hygric expansion coefficients are very significant and cannot be neglected in practical applications
Concrete manifests wet expansion deformation when the moisture content of concrete increases via the...
An analysis of the impact of long-term sulphate examination conditions on the thermal expansion of o...
The development of heat and moisture transport in concrete is critical to the development of pore pr...
The linear thermal expansion coefficient of two types of high performance concrete was measured in t...
This paper presents a new experimental approach to determine the coefficient of thermal expansion of...
Safety of concrete structures could be threatened under fire exposure, especially for structures und...
This paper presents an experimental approach to determine the coefficient of thermal expansion of co...
In this paper, an experimental program was carried out to investigate the residual mechanical proper...
The thermal conductivity of two types of high performance concrete was measured in the temperature r...
The purpose of this report is to discuss a study conducted on twenty separate mix designs of concret...
High-strength concrete is a modern material, which occupies it`s own niche on the construction mater...
Les enceintes de confinement sont sollicitées lors d'un accident grave par la modification thermodyn...
The specific heat of two types of high performance concrete was measured in the temperature range fr...
summary:In this paper, we present a nonlinear mathematical model for numerical analysis of the behav...
Moisture diffusion and related fluid pressures play a key role in cracking and spalling of concrete ...
Concrete manifests wet expansion deformation when the moisture content of concrete increases via the...
An analysis of the impact of long-term sulphate examination conditions on the thermal expansion of o...
The development of heat and moisture transport in concrete is critical to the development of pore pr...
The linear thermal expansion coefficient of two types of high performance concrete was measured in t...
This paper presents a new experimental approach to determine the coefficient of thermal expansion of...
Safety of concrete structures could be threatened under fire exposure, especially for structures und...
This paper presents an experimental approach to determine the coefficient of thermal expansion of co...
In this paper, an experimental program was carried out to investigate the residual mechanical proper...
The thermal conductivity of two types of high performance concrete was measured in the temperature r...
The purpose of this report is to discuss a study conducted on twenty separate mix designs of concret...
High-strength concrete is a modern material, which occupies it`s own niche on the construction mater...
Les enceintes de confinement sont sollicitées lors d'un accident grave par la modification thermodyn...
The specific heat of two types of high performance concrete was measured in the temperature range fr...
summary:In this paper, we present a nonlinear mathematical model for numerical analysis of the behav...
Moisture diffusion and related fluid pressures play a key role in cracking and spalling of concrete ...
Concrete manifests wet expansion deformation when the moisture content of concrete increases via the...
An analysis of the impact of long-term sulphate examination conditions on the thermal expansion of o...
The development of heat and moisture transport in concrete is critical to the development of pore pr...