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The interfacial transition zone ITZ in concrete is known as the weakest link of the material, and significantly affects the properties of concrete. This study aims to investigate the actual icrostructure of the ITZ using microcomputed tomography micro CT in three dimensions 3D . For this purpose, high resolution synchrotron micro CT images of materials are used to visualize and examine the 3D ITZ of cement based specimens. A set of mortar specimens with different water cement w c ratios as well as different aggregate types and sizes were prepared and compared to investigate the effect of each condition on the characteristics of the ITZ. The microstructural characteristics of the pores and the solid structures of the ITZ are character...
In order to achieve a fundamental evaluation of durability on the 'engineering level', an extensive ...
International audiencePore structure of leached cement pastes (w/c = 0.5) was studied for the first ...
Concrete inherently contains pores and microcracks that can adversely impact its mechanical properti...
The interfacial transition zone ITZ in concrete is known as the weakest link of the material, and ...
Concrete has served an essential role in many infrastructural projects. Factors including pore perce...
This article presents the microstructural evolution within the interphase between a hardening overla...
A three-dimensional (3D) realistic numerical modelling method is proposed to simulate the fracture p...
In this study, microstructural characterization of various foamed concrete specimens was conducted u...
Radiation technology such as X-ray computed tomography (X-ray CT) is a powerful tool for materials r...
In order to understand the behavior and to predict the properties and service performance of concret...
This paper presents an overview on the optical microstructural features in concrete. Microstructure ...
Application of X-ray computed tomography (CT) for pore-related characterization and simulation of ce...
The quality of bonding between cement and steel in wells is controlled by the interfacial transition...
© 2014 Elsevier Ltd. All rights reserved. This study investigates the internal curing effects on the...
Pore structure, tortuosity and permeability are considered key properties of porous materials such a...
In order to achieve a fundamental evaluation of durability on the 'engineering level', an extensive ...
International audiencePore structure of leached cement pastes (w/c = 0.5) was studied for the first ...
Concrete inherently contains pores and microcracks that can adversely impact its mechanical properti...
The interfacial transition zone ITZ in concrete is known as the weakest link of the material, and ...
Concrete has served an essential role in many infrastructural projects. Factors including pore perce...
This article presents the microstructural evolution within the interphase between a hardening overla...
A three-dimensional (3D) realistic numerical modelling method is proposed to simulate the fracture p...
In this study, microstructural characterization of various foamed concrete specimens was conducted u...
Radiation technology such as X-ray computed tomography (X-ray CT) is a powerful tool for materials r...
In order to understand the behavior and to predict the properties and service performance of concret...
This paper presents an overview on the optical microstructural features in concrete. Microstructure ...
Application of X-ray computed tomography (CT) for pore-related characterization and simulation of ce...
The quality of bonding between cement and steel in wells is controlled by the interfacial transition...
© 2014 Elsevier Ltd. All rights reserved. This study investigates the internal curing effects on the...
Pore structure, tortuosity and permeability are considered key properties of porous materials such a...
In order to achieve a fundamental evaluation of durability on the 'engineering level', an extensive ...
International audiencePore structure of leached cement pastes (w/c = 0.5) was studied for the first ...
Concrete inherently contains pores and microcracks that can adversely impact its mechanical properti...
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