As a result of a long-term experiment concerning the time-dependent characteristic of the high-strength concrete that uses the air entraining and high range water reducing agent, this research is summary. The following results were obtained from this research, 1) The drying shrinkage strain of concrete increases as the amount of the unit cement increased. 2) The creep coefficient is not proportional to the amount of the unit cement
In this article an extensive experimental and numerical study of shrinkage in HPC is outlined. For t...
Time dependent deformations in concrete, both creep and shrinkage, play a critical role in prestress...
Model for practical prediction of creep and shrinkage of normal strength concrete, developed previou...
The time-dependent properties of concrete are affected with many experimental factors such as mix pr...
The main objective of this study was to bring together two areas of research the first being a labor...
The main types of volume change in concrete that affect the performance of structures by causing str...
In addition to immediate elastic deformations, concrete undergoes time-dependent deformations that m...
Recently, the use of high-strength concrete has become more popular due to the availability and sign...
The time-dependent properties of concrete are influenced by many experimental factors such as mix pr...
The practical model for predicting creep and shrinkage developed in Parts I and I I is extended to c...
This article outlines an experimental and numerical study of basic creep in High Performance Concret...
Estimation of creep and shrinkage are critical in order to compute loss of prestress with time in or...
This report outlines an experimental and numerical study on quasi-instantaneous and long-term deform...
Creep and shrinkage are two major problems to be discussed in concrete design. Basic creep is studie...
This article outlines experimental laboratory and field studies on creep of young or mature High Per...
In this article an extensive experimental and numerical study of shrinkage in HPC is outlined. For t...
Time dependent deformations in concrete, both creep and shrinkage, play a critical role in prestress...
Model for practical prediction of creep and shrinkage of normal strength concrete, developed previou...
The time-dependent properties of concrete are affected with many experimental factors such as mix pr...
The main objective of this study was to bring together two areas of research the first being a labor...
The main types of volume change in concrete that affect the performance of structures by causing str...
In addition to immediate elastic deformations, concrete undergoes time-dependent deformations that m...
Recently, the use of high-strength concrete has become more popular due to the availability and sign...
The time-dependent properties of concrete are influenced by many experimental factors such as mix pr...
The practical model for predicting creep and shrinkage developed in Parts I and I I is extended to c...
This article outlines an experimental and numerical study of basic creep in High Performance Concret...
Estimation of creep and shrinkage are critical in order to compute loss of prestress with time in or...
This report outlines an experimental and numerical study on quasi-instantaneous and long-term deform...
Creep and shrinkage are two major problems to be discussed in concrete design. Basic creep is studie...
This article outlines experimental laboratory and field studies on creep of young or mature High Per...
In this article an extensive experimental and numerical study of shrinkage in HPC is outlined. For t...
Time dependent deformations in concrete, both creep and shrinkage, play a critical role in prestress...
Model for practical prediction of creep and shrinkage of normal strength concrete, developed previou...