Keywords: انقباض اتوژن; Recycled aggregates; Carbonation; High strength slag-cement mortar; Internal curing; Autogenous shrinkage; Dry shrinkage; Degree of hydration;
مقالات ISI انقباض اتوژن (ترجمه نشده)
مقالات زیر هنوز به فارسی ترجمه نشده اند.
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در صورتی که به ترجمه آماده هر یک از مقالات زیر نیاز داشته باشید، می توانید سفارش دهید تا مترجمان با تجربه این مجموعه در اسرع وقت آن را برای شما ترجمه نمایند.
Keywords: انقباض اتوژن; Carbon nanotube; Carbon fiber; Electrical resistivity; Autogenous shrinkage; Hydration reaction;
Keywords: انقباض اتوژن; Internal curing; Highly absorptive normal weight aggregates; Superabsorbent polymers; Autogenous shrinkage;
Keywords: انقباض اتوژن; Autogenous shrinkage; Alkali activated slag; Surface tension; Capillary stress; Shrinkage mitigation methods;
Keywords: انقباض اتوژن; Cement; Sodium silicate; Grout; Setting time; Sulphate-attack resistance; Permeability; Autogenous shrinkage; Microstructure;
Keywords: انقباض اتوژن; Recycled aggregates; Autogenous shrinkage; Dry shrinkage; Mass loss; Internal curing;
Keywords: انقباض اتوژن; High performance concrete; Early age; Internal curing; Super absorbent polymers; Tensile creep; Autogenous shrinkage; Restrained stress; Cracking potential;
Keywords: انقباض اتوژن; UHPC; Autogenous shrinkage; Steam curing; Microstructure; Expansion;
Keywords: انقباض اتوژن; Seawater; Hydration kinetics; Autogenous shrinkage; Compressive strength; Low w/b paste;
Keywords: انقباض اتوژن; High performance concrete; Early age; Cracking potential; Barchip fiber; Autogenous shrinkage; Restrained stress; Tensile creep;
Keywords: انقباض اتوژن; Ultra-high-performance fiber-reinforced concrete; Autogenous shrinkage; Drying shrinkage; Curing condition; Equivalent age;
Keywords: انقباض اتوژن; Alkali-activation; Blast furnace ferronickel slag; Reaction products; Autogenous shrinkage; Heavy metals leaching;
Keywords: انقباض اتوژن; Cement; Mortar; Chemical shrinkage; Autogenous shrinkage; Early age;
Keywords: انقباض اتوژن; Internal curing; High performance concrete; Cenospheres; Autogenous shrinkage; Early-age cracking;
Keywords: انقباض اتوژن; Autogenous shrinkage; Internal curing; Lightweight sand; Mechanical properties; Microstructure; Ultra-high-performance concrete;
Keywords: انقباض اتوژن; Autogenous shrinkage; Hydration heat; Mineral admixtures; Chemical shrinkage;
Keywords: انقباض اتوژن; Alkali-activated binary binder; Chemical shrinkage; Autogenous shrinkage; Drying shrinkage; Strength development; Slag-to-fly ash ratio; Activator pH;
Keywords: انقباض اتوژن; High-performance concrete; Cracking resistance; Early-age; Tensile creep; Restrained stress; Autogenous shrinkage; Water-to-cement ratio; Temperature Stress Test Machine;
Keywords: انقباض اتوژن; Limestone powder; Sodium carbonate activated slag; Reaction kinetics; Pore structure; Compressive strength; Autogenous shrinkage; Drying shrinkage;
Keywords: انقباض اتوژن; Concrete; Early-age; Tensile creep; Internal curing; Pre-wetted lightweight aggregate; Strength; Restrained stress; Autogenous shrinkage; Cracking potential;
Keywords: انقباض اتوژن; High-performance concrete; Autogenous shrinkage; Internal curing; Internal relative humidity; Prediction model; Pre-wetted lightweight aggregate; Critical time; Water-to-cement ratio;
Keywords: انقباض اتوژن; Limestone-rich cements; Drying shrinkage; Autogenous shrinkage; Clay mineral;
Keywords: انقباض اتوژن; Alkali-activated concrete; Drying shrinkage; Autogenous shrinkage; Fly ash; Slag cement;
Keywords: انقباض اتوژن; UHPC; Autogenous shrinkage; Porosity; Cementitious materials;
Keywords: انقباض اتوژن; Concrete; Autogenous shrinkage; Slag cement; Lightweight aggregate; Aggregate content;
Keywords: انقباض اتوژن; Well cement; Autogenous shrinkage; Polyacrylamide superabsorbent polymers; Internal curing agent;
Keywords: انقباض اتوژن; Support vector machine; Autogenous shrinkage; Prediction; Concrete mixtures
Keywords: انقباض اتوژن; Alkali-activated slag (AAS); Autogenous shrinkage; Internal curing; Internal relative humidity; Self-desiccation; Superabsorbent polymer (SAP)
Keywords: انقباض اتوژن; High-performance concrete; Early-age; Cracking resistance; Autogenous shrinkage; Prediction model; Curing temperature; Temperature Stress Test Machine; Cracking temperature; Stress reserve; Ratio of cracking stress to tensile strength
Keywords: انقباض اتوژن; Recycled aggregate; High performance concrete; Plastic shrinkage; Autogenous shrinkage; Drying shrinkage;
Keywords: انقباض اتوژن; Internal curing; High-performance concrete; Super absorbent polymers; Autogenous shrinkage; Expansion; Prediction model; Internal curing efficiency
Keywords: انقباض اتوژن; Residue; Supplementary cementitious materials; Autogenous shrinkage
Keywords: انقباض اتوژن; Clay-brick-powder; Workability; Mechanical properties; Static elastic modulus; Chloride ion penetrability; Autogenous shrinkage; Non-evaporable water
Keywords: انقباض اتوژن; Ultra-high-performance fiber-reinforced concrete; Autogenous shrinkage; Time-zero; Shrinkage-reducing admixture; Reinforcement ratio; Cracking potential
Keywords: انقباض اتوژن; Internal curing; Prewetted lightweight aggregate; Temperature; Autogenous shrinkage; Restrained stress; Creep; Early-age cracking;
Keywords: انقباض اتوژن; Autogenous shrinkage; Corrugated tube method; Non-contact sensor; Repeatability
Keywords: انقباض اتوژن; Self-consolidating concrete; Pore distribution; Capillary tension theory; Autogenous shrinkage; Prediction method
Keywords: انقباض اتوژن; Autogenous shrinkage; Controlled temperature and relative humidity; Direct tensile strength; Early-age concrete; Tensile elastic modulus; Tensile creep
Keywords: انقباض اتوژن; Rice husk ash; UHPC; Compressive strength; Portlandite content; Autogenous shrinkage; Internal relative humidity
Keywords: انقباض اتوژن; Heat of hydration; Early-age shrinkage; Autogenous shrinkage; Very-early-strength latex-modified concrete; VES-LMC
Keywords: انقباض اتوژن; Autogenous cracking; Blast furnace slag; Chemical shrinkage; Autogenous shrinkage; Early-age; Hydration; Limestone filler
Keywords: انقباض اتوژن; Autogenous shrinkage; High performance concrete (HPC); Fly ash (FA); Blast-furnace slag (BS); Curing temperature; Water–binder ratio (w/b); Estimation
Keywords: انقباض اتوژن; Shale ceramsite type; Lightweight aggregate concrete (LWAC); Tensile creep; Water absorption capacity; Autogenous shrinkage;
Keywords: انقباض اتوژن; Self-compacting concrete; Total shrinkage; Autogenous shrinkage; Eurocode 2;
Keywords: انقباض اتوژن; Drying shrinkage; Autogenous shrinkage; Tensile strength; Young's modulus; X-ray diffraction;
Superabsorbent polymers as internal curing agents in alkali activated slag mortars
Keywords: انقباض اتوژن; Alkali activated slag; Autogenous shrinkage; Superabsorbent polymer; Pore structure; Compressive strength;
Effect of graphite nanoplatelets and carbon nanofibers on rheology, hydration, shrinkage, mechanical properties, and microstructure of UHPC
Keywords: انقباض اتوژن; Autogenous shrinkage; Carbon nanofiber; Graphite nanoplatelets; Hydration kinetics; Pores structure; Rheological properties; Ultra-high-performance concrete;
Coupled effect of shrinkage-mitigating admixtures and saturated lightweight sand on shrinkage of UHPC for overlay applications
Keywords: انقباض اتوژن; Autogenous shrinkage; Drying shrinkage; Expansive admixture; Internal curing; Lightweight sand; Shrinkage-reducing admixture; UHPC;
A novel method to predict internal relative humidity in cementitious materials by 1H NMR
Keywords: انقباض اتوژن; Self-desiccation; Autogenous shrinkage; Kelvin radius; Porosity; Relative humidity;
The use of limestone to replace physical filler of quartz powder in UHPFRC
Keywords: انقباض اتوژن; Filler effect; Limestone powder; UHPFRC; Cement hydration; Autogenous shrinkage;