Rheology of Fresh Cement-Based Materials
portes grátis
Rheology of Fresh Cement-Based Materials
Fundamentals, Measurements, and Applications
Yuan, Qiang; Shi, Caijun; Jiao, Dengwu
Taylor & Francis Ltd
10/2024
322
Mole
9781032208022
Pré-lançamento - envio 15 a 20 dias após a sua edição
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1. Introduction to rheology. 2. Rheology for cement paste. 3. Rheological properties of fresh concrete materials. 4. Empirical techniques evaluating concrete rheology. 5. Paste Rheometer. 6. Concrete rheometers. 7. Mixture design of concrete based on rheology. 8. Rheology and self-compacting concrete. 9. Rheology of other cement-based materials. 10. Pumping and rheology. 11. Rheology and 3D printing.
Este título pertence ao(s) assunto(s) indicados(s). Para ver outros títulos clique no assunto desejado.
Microhydrodynamics;electrostatic repulsion;steric hindrance;interstitial solution;SCC;Self-Compacting Concrete;Self Compacting Concrete;Self-Consolidating Concrete;Self Consolidating Concrete;Concrete Admixtures;Cement pastes;Concrete mix;Concrete flowability;Concrete placing;Plastic Viscosity;Cement Paste;Yield Stress;Rheological Properties;Fresh Concrete;Slump Flow;Rheological Parameters;Shear Rate;Static Yield Stress;Coarse RCA;Coarse Aggregates;Sf;Parallel Plate Rheometer;Fa;SCC Mix;Limestone Powder;Relative Yield Stress;Bingham Model;Interlayer Bond Strength;CPB;NaOH Concentration;Aggregate Volume Fraction;Interlayer Bonding;Mixture Design Method
1. Introduction to rheology. 2. Rheology for cement paste. 3. Rheological properties of fresh concrete materials. 4. Empirical techniques evaluating concrete rheology. 5. Paste Rheometer. 6. Concrete rheometers. 7. Mixture design of concrete based on rheology. 8. Rheology and self-compacting concrete. 9. Rheology of other cement-based materials. 10. Pumping and rheology. 11. Rheology and 3D printing.
Este título pertence ao(s) assunto(s) indicados(s). Para ver outros títulos clique no assunto desejado.
Microhydrodynamics;electrostatic repulsion;steric hindrance;interstitial solution;SCC;Self-Compacting Concrete;Self Compacting Concrete;Self-Consolidating Concrete;Self Consolidating Concrete;Concrete Admixtures;Cement pastes;Concrete mix;Concrete flowability;Concrete placing;Plastic Viscosity;Cement Paste;Yield Stress;Rheological Properties;Fresh Concrete;Slump Flow;Rheological Parameters;Shear Rate;Static Yield Stress;Coarse RCA;Coarse Aggregates;Sf;Parallel Plate Rheometer;Fa;SCC Mix;Limestone Powder;Relative Yield Stress;Bingham Model;Interlayer Bond Strength;CPB;NaOH Concentration;Aggregate Volume Fraction;Interlayer Bonding;Mixture Design Method
