Over the past few decades a number of studies have been made with respect to the modeling of cement hydration in order to grasp the time-dependent behavior of cement-based materials[1-3]. In those recent studies, the simulation of intricate and compound processes of cemen
The evolution of early age mechanical properties and volume change of cement paste is performed thro...
CEMHYD3D is an advanced, three-dimensional computer model for simulating the hydration processes of ...
This study deals with multi-scale kinetics study of blended cements containing supplementary cementi...
ABSTRACT: A computer-based numerical model is presented, with which hydration and microstructural de...
Efforts to model and simulate the highly complex cement hydration process over the past 40 years are...
T his model explains the effect of the raw materials properties, mix proportion and curing condition...
T his model explains the effect of the raw materials properties, mix proportion and curing condition...
Concrete is a very complicated, random, multi-scale and multi-phase material. It is important to kno...
Although applications of low water-to-cement ratio mixtures to practical structures have been increa...
CEMHYD3D is an advanced, three-dimensional computer model for simulating the hydration processes of ...
This study deals with multi-scale kinetics study of blended cements containing supplementary cementi...
The prospect of cement and concrete technologies depends on more in depth understanding of cement hy...
CEMHYD3D is an advanced, three-dimensional computer model for simulating the hydration processes of ...
CEMHYD3D is an advanced, three-dimensional computer model for simulating the hydration processes of ...
HYDCEM is a new cement hydration model to simulate volumetric changes and predict phase assemblage, ...
The evolution of early age mechanical properties and volume change of cement paste is performed thro...
CEMHYD3D is an advanced, three-dimensional computer model for simulating the hydration processes of ...
This study deals with multi-scale kinetics study of blended cements containing supplementary cementi...
ABSTRACT: A computer-based numerical model is presented, with which hydration and microstructural de...
Efforts to model and simulate the highly complex cement hydration process over the past 40 years are...
T his model explains the effect of the raw materials properties, mix proportion and curing condition...
T his model explains the effect of the raw materials properties, mix proportion and curing condition...
Concrete is a very complicated, random, multi-scale and multi-phase material. It is important to kno...
Although applications of low water-to-cement ratio mixtures to practical structures have been increa...
CEMHYD3D is an advanced, three-dimensional computer model for simulating the hydration processes of ...
This study deals with multi-scale kinetics study of blended cements containing supplementary cementi...
The prospect of cement and concrete technologies depends on more in depth understanding of cement hy...
CEMHYD3D is an advanced, three-dimensional computer model for simulating the hydration processes of ...
CEMHYD3D is an advanced, three-dimensional computer model for simulating the hydration processes of ...
HYDCEM is a new cement hydration model to simulate volumetric changes and predict phase assemblage, ...
The evolution of early age mechanical properties and volume change of cement paste is performed thro...
CEMHYD3D is an advanced, three-dimensional computer model for simulating the hydration processes of ...
This study deals with multi-scale kinetics study of blended cements containing supplementary cementi...