Cyclic variation of stress as well as em:ironmental humidity causes an increase of creep. In this pa~t ()f the present series, the prediction formulae presented in the original BP model are now adapted to the present improved creep prediction model. The increase of creep due to stress cycling is described as a deviation from the prediction according to the principle of superposition, and therefore is a non-linear phenomenon. The increase of creep due to humidity cycling is partially f()rmulated on the basis of diffusion theory considerations. Comparisons with test data show an acceptable agreement. 1
Abstract: Creep strain, a requirement of the concrete design process, is a complex phenomenon that h...
An improved and simplified prediction model for creep and shrinkage of concrete is presented. New si...
Creep deformation of concrete is often responsible for excessive deflection at service loads which c...
The previously published BP Model for prediction of concrete creep and shrinkage is generalized to c...
The second part ()f this series presents the formulae for the prediction of basic creep of concrete,...
The complexity of the full BP-KX model for creep and shrinkage prediction presented in the previous ...
This paper is the first in a series of papers that present a new prediction model for creep and shri...
The practical model for predicting creep and shrinkage developed in Parts I and I I is extended to c...
The first part of the paper summarizes various aspects of the prediction of concrete creep and shrin...
ABSTRACT: A previous material model for the increase of creep of concrete caused by simultaneous dry...
The basic creep of concrete is the delayed deformation that occurs when concrete is subjected to loa...
Creep of concrete can aggravate deflections of flexural members, cause loss of prestress in prestres...
Part 3 oj'lhe prcsellt scries gin's thc prcdictioll jiJrll1u/ae jill ' Ihe acerage co...
The paper presents the currently used procedures for calculating the deformation of concrete and cre...
The previously formulated rate-type aging creep law based on Maxwell chain is generalized to variabl...
Abstract: Creep strain, a requirement of the concrete design process, is a complex phenomenon that h...
An improved and simplified prediction model for creep and shrinkage of concrete is presented. New si...
Creep deformation of concrete is often responsible for excessive deflection at service loads which c...
The previously published BP Model for prediction of concrete creep and shrinkage is generalized to c...
The second part ()f this series presents the formulae for the prediction of basic creep of concrete,...
The complexity of the full BP-KX model for creep and shrinkage prediction presented in the previous ...
This paper is the first in a series of papers that present a new prediction model for creep and shri...
The practical model for predicting creep and shrinkage developed in Parts I and I I is extended to c...
The first part of the paper summarizes various aspects of the prediction of concrete creep and shrin...
ABSTRACT: A previous material model for the increase of creep of concrete caused by simultaneous dry...
The basic creep of concrete is the delayed deformation that occurs when concrete is subjected to loa...
Creep of concrete can aggravate deflections of flexural members, cause loss of prestress in prestres...
Part 3 oj'lhe prcsellt scries gin's thc prcdictioll jiJrll1u/ae jill ' Ihe acerage co...
The paper presents the currently used procedures for calculating the deformation of concrete and cre...
The previously formulated rate-type aging creep law based on Maxwell chain is generalized to variabl...
Abstract: Creep strain, a requirement of the concrete design process, is a complex phenomenon that h...
An improved and simplified prediction model for creep and shrinkage of concrete is presented. New si...
Creep deformation of concrete is often responsible for excessive deflection at service loads which c...