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Sobre: " Humo de Sílice " - Segunda Parte
Keywords: | Humo de Sílice | Posting date(s): | Artículos Recientes |
Artículos del 16 al 29 relacionados con el " Humo de Sílice "
Local Bond Strength of Reinforcing Bars in Normal Strength and High-Strength Concrete (HSC) | Document: | 248-398 | Author(s): | M. Reza Esfahani and B. Vijaya Rangan | Publication: | Structural Journal | Volume: | 95 | Issue: | 2 | Keywords: | bond; high-strength concrete; reinforcing bar; silica fume; strength; | Date: | March 1, 1998 |
Microstructural and Mechanical Effects of Latex, Methylcellulose, and Silica Fume on Carbon Fiber Reinforced Cement | Document: | 199-397 | Author(s): | Pu-Woei Chen, Xuli Fu, and D. D. L. Chung | Publication: | Materials Journal | Volume: | 94 | Issue: | 2 | Keywords: | carbon; cements; concrete; flexural strength; latex (plastic);
silica fume; voids; | Date: | March 1, 1997 |
Modification of Pore Chemicals in Evaluation of High- Performance Concrete Permeability | Author(s): | Tie-Jun Zhao, Jin-Quan Zhu, and Pei-Yun Chi | Publication: | Materials Journal | Volume: | 96 | Issue: | 1 | Keywords: | conductivity; high-performance concretes; mineral admixtures; permeability | Date: | January 1, 1999 |
Predicting the Service Life of Concrete Marine Structures: An Environmental Methodology | Document: | 258-398 | Author(s): | Stephen L. Amey, Dwayne A. Johnson, Matthew A. Miltenberger, and Hamid Farzam | Publication: | Structural Journal | Volume: | 95 | Issue: | 2 | Keywords: | concrete; corrosion; durability; marine; reinforcement; service life;
silica fume; | Date: | March 1, 1998 |
Proprietary and Carbon Fiber Modified Overlays in the Cathodic Protection of Reinforced Concrete | Document: | 150-597 | Author(s): | Rejean J. Brousseau and Glendon B. Pye | Publication: | Materials Journal | Volume: | 94 | Issue: | 4 | Keywords: | anode; cathodic protection; reinforced concrete; shotcrete; spraying;
titanium mesh; | Date: | July 1, 1997 |
Pumpability of Non-Sand Concrete with Anti-Segregative Additives | Author(s): | Felix E. Amparano and Yunping Xi | Publication: | Materials Journal | Volume: | 95 | Issue: | 6 | Keywords: | cement additives; coarse aggregate; concrete | Date: | November 1, 1998 |
Sensitivity of Compressive Strength of HSC to Hot-dry Climate, Curing Regimes, and Additives | Document: | 137-198 | Author(s): | Saleh H. Alsyed | Publication: | Materials Journal | Volume: | 94 | Issue: | 6 | Keywords: | compressive strength; concretes; cubes; curing; cylinders;
plasticizers; plastics, polymers, and resins; retardants; silica fume;
specimens; superplasticizers; tests; | Date: | November 1, 1997 |
Superplasticizer and Silica Fume Addition Effects on Heat of Hydration of Mortar Mixes with Low Water-Cementitious Materials Ratio | Author(s): | Roberto C. A. Pinto and Kenneth C. Hover | Publication: | Materials Journal | Volume: | 96 | Issue: | 5 | Keywords: | admixtures (water-reducing agents); hydration; pozzolans; silica fume; temperature | Date: | September 1, 1999 |
Sustained Load Strength and Short-Term Strain Behavior of High-Strength Concrete | Document: | 116-698 | Author(s): | Said Iravani and James G. MacGregor | Publication: | Materials Journal | Volume: | 95 | Issue: | 5 | Keywords: | strength; strain testing; | Date: | September 1, 1998 |
Systematic Study of Properties of Extrudates with Incorporated Metakaolin or Silica Fume | Author(s): | Zongin Li, Bin Mu, and Stanley N. C. Chui | Publication: | Materials Journal | Volume: | 96 | Issue: | 5 | Keywords: | extrusions; freezing; impact strength; rheological properties; tensile strength | Date: | September 1, 1999 |
Temperature Dependence of Compressive Strength of Conversion-Inhibited High Alumina Cement Concrete | Document: | 210-298 | Author(s): | Stephen L. Amey, Dwayne A. Johnson, Matthew A. Miltenberger and Hamid Farzam | Publication: | Structural Journal | Volume: | 95 | Issue: | 1 | Keywords: | concrete; corrosion; durability; marine structures; reinforcement;
service life; silica fume; | Date: | January 1, 1998 |
Temperature Dependence of Compressive Strength of Conversion-inhibited High Alumina Cement Concrete | Document: | 145-198 | Author(s): | Yan Fu, Fian Ding, and James J. Beaudoin | Publication: | Materials Journal | Volume: | 94 | Issue: | 6 | Keywords: | blast furnace slag; compressive strength; curing; high-alumina
cements; temperature; | Date: | November 1, 1997 |
Use of Viscosity-Modifying Admixture to Enhance Stability of Fluid Concrete | Document: | 152-597 | Author(s): | Kamal Henri Khayat and Zubeir Guizani | Publication: | Materials Journal | Volume: | 94 | Issue: | 4 | Keywords: | bleeding; flowable concrete; homogeneity; segregation; settlement;
stability; admixtures; | Date: | July 1, 1997 |
Use of Viscosity-Modifying Admixture to Reduce Top- Bar Effect of Anchored Bars Cast with Fluid Concrete | Document: | 197-398 | Author(s): | K. H. Khayat | Publication: | Materials Journal | Volume: | 95 | Issue: | 2 | Keywords: | average bond strength; bleeding; segregation; self- consolidating
concrete; settlement; stability; top-bar effect; viscosity-modifying admixture; | Date: | March 1, 1998 |
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