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A Micromechanical Model for Characterization of Cement Paste at Early Age Validated with Experiments (preprint)

Description:

The gradual evolution of the material properties of a cement-based material, i.e. the stiffness of cement paste, is the result of the continuous change of the microstructure with the progress of the hydration process. Based on an existing micromechanical model for the simulation of the shear and elastic modulus of...

Keyword:

Structural health monitoring and Cement rheology

Creator:

Zhihui Sun, Guang Ye, Klaas van Breugel, Surendra P. Shah, and Thomas Voigt

Owner:

Nurganym Agzamova

Publisher:

Northwestern University Libraries

Language:

English

Date Uploaded:

07/19/2017

Date Modified:

08/14/2017

Date Created:

2004

Resource Type:

Research Paper
Empirical relationships between viscosity and flow-time measurements from minislump tests for cement pastes formulated from self consolidating concrete

Description:

The paper deals with the behavior of fluid cement pastes, formulated from Self Consolidating Concretes (SCCs), and the experimental correlation of fundamental rheological properties, such as the yield stress and the viscosity, with measurements from field tests, such as the mini-cone slump flow test. As a matter of fact, several...

Keyword:

Self-consolidating concrete and Cement rheology

Creator:

Liberato Ferrara, Surendra P. Shah, and Nathan Tregger

Owner:

Nurganym Agzamova

Publisher:

Northwestern University Libraries

Language:

English

Date Uploaded:

07/19/2017

Date Modified:

08/14/2017

Date Created:

2007

Resource Type:

Research Paper

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A Micromechanical Model for Characterization of Cement Paste at Early Age Validated with Experiments (preprint)

Empirical relationships between viscosity and flow-time measurements from minislump tests for cement pastes formulated from self consolidating concrete

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