Keywords: چرخه یخ زدایی; Freeze-thaw cycles; Water supply; Mechanical properties; Triaxial test; Compacted soil;
مقالات ISI چرخه یخ زدایی (ترجمه نشده)
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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: چرخه یخ زدایی; Black soil; Freeze-thaw cycles; Vertical variation; Microbial community; Bacteria; Fungi;
Keywords: چرخه یخ زدایی; Recycled aggregate; Residue; Durability; Freeze-thaw cycles; Performance;
Keywords: چرخه یخ زدایی; Roller compacted concrete; Freeze-thaw cycles; Potassium acetate solution; Rubber particles; Steel fibers;
Keywords: چرخه یخ زدایی; Frozen soils; Freeze-thaw cycles; Mechanical behaviors; Constitutive model;
Keywords: چرخه یخ زدایی; Freeze-thaw cycles; Chemical erosion; Nuclear magnetic resonance; Porosity; Splitting tensile strength; Decay;
Keywords: چرخه یخ زدایی; Freeze-thaw cycles; Methane; Illumina MiSeq; qPCR; 16S rRNA gene; mcrA;
Keywords: چرخه یخ زدایی; Carbon nanofiber; Electrical resistance; Piezoresistive property; Freeze-thaw cycles; Mechanical load;
Keywords: چرخه یخ زدایی; Recycled glass; Freeze-thaw cycles; Moisture susceptibility; Hydrated lime; Linear viscoelastic; Complex modulus;
Keywords: چرخه یخ زدایی; High-performance self-compacting concrete; Microsilica; Nanosilica; Durability; Accelerated carbonation; Freeze-thaw cycles;
Keywords: چرخه یخ زدایی; Freeze-thaw cycles; Sulfate; Carbonation; Computed tomography scanning; Compressive strength;
Keywords: چرخه یخ زدایی; Chloride diffusion; Freeze-thaw cycles; Porosity; Numerical model; Multi-phase; Grey relational analysis;
Keywords: چرخه یخ زدایی; Base asphalts; Freeze-thaw cycles; Fourier transform infrared spectroscopy; Dynamic shear rheological; Cross-correlation analysis;
Keywords: چرخه یخ زدایی; Freeze-thaw cycles; Confined masonry walls; Pseudo-static tests; Seismic behavior; Nominal shear strength;
Keywords: چرخه یخ زدایی; Low temperatures; Prestressed concrete beams; Concrete strength; Freeze-thaw cycles;
Keywords: چرخه یخ زدایی; Polypropylene fiber; Basalt fiber; Freeze-thaw cycles; Resilient modulus cohesive force;
Keywords: چرخه یخ زدایی; Expansive soils; Freeze-thaw cycles; Stress-strain relations; Micro-damage; Multi-scale approach;
Keywords: چرخه یخ زدایی; Expansive soils; Freeze-thaw cycles; Triaxial tests; Disturbed state concept (DSC);
Keywords: چرخه یخ زدایی; Rock dynamic mechanics; Freeze-thaw cycles; Dynamic uniaxial compressive strength; Energy distribution; Dynamic freeze-thaw damage coefficient; Freeze-thaw damage variable;
Keywords: چرخه یخ زدایی; Cryopreservation; Human adipose-derived stem cells; Fetal bovine serum; Cryo-supplements; Freeze-thaw cycles; Clinical use; ASC; adipose-derived stem cell; BGN; biglycan; C/EBPα; CCAAT/enhancer-binding protein alpha; CFD; complement factor D; CFU-F; colo
Keywords: چرخه یخ زدایی; Pore structure; Freeze-thaw cycles; NMR; Dynamic mechanics;
Keywords: چرخه یخ زدایی; Asphalt mixture; Compaction level; Air voids; Freeze-thaw cycles; Complex modulus; Witczak model;
Keywords: چرخه یخ زدایی; Freeze-thaw cycles; Concrete; Residual strain; Monitoring; White light interferometer;
Keywords: چرخه یخ زدایی; RCC; Salt scaling; Freeze-thaw cycles; Air void; Trass;
Keywords: چرخه یخ زدایی; Rock joint; Shear strength; Freeze-thaw cycles; Damage model;
Keywords: چرخه یخ زدایی; Glass asphalt; Water; Freeze-thaw cycles; Moisture susceptibility; Complex modulus; Stiffness;
Keywords: چرخه یخ زدایی; Porcine longissimus muscle; Myofibrillar protein; Moisture migration; Microstructure; Freeze-thaw cycles;
Keywords: چرخه یخ زدایی; Dynamic impact; Freeze-thaw cycles; Fiber concrete; Full-field strain; Digital image correlation (DIC);
Keywords: چرخه یخ زدایی; Plain concrete; Fatigue load; Freeze-thaw cycles; Dynamic compressive strength; Strain rate; Action sequence;
Keywords: چرخه یخ زدایی; Ultrasonic pulse velocity; Granite; Flexural tensile strength; Freeze-thaw cycles;
Keywords: چرخه یخ زدایی; Freeze-thaw cycles; Steel and fiberglass reinforcement; Electric response to impact; Nondestructive testing; Concrete-rebar bond strength;
Keywords: چرخه یخ زدایی; Expansive clay soil; Swelling pressure; Unconfined compressive strength; Fly ash; Lime; Freeze-thaw cycles;
Keywords: چرخه یخ زدایی; Ice content; Sodium chloride; Solution concentration; Pore size distribution; Electrical response; Freeze-thaw cycles;
Keywords: چرخه یخ زدایی; Fiber-reinforced soil; Dynamic test parameters; Freeze-thaw cycles; Theoretical analytical formulations;
Keywords: چرخه یخ زدایی; Energy evolution; F-T-mechanical coupling damage; Damage evolution; Freeze-thaw cycles; Dynamic mechanics; Energy dissipation ratio;
Keywords: چرخه یخ زدایی; Freezing; Recrystallization; Freeze-thaw cycles; Food processing;
Keywords: چرخه یخ زدایی; concrete; pore; freeze-thaw cycles; X-ray CT ;;
Keywords: چرخه یخ زدایی; Taphonomy; Histology; Freeze-thaw cycles; Bone; Weathering;
Keywords: چرخه یخ زدایی; Freeze-thaw cycles; Squat reinforced concrete shear wall; Seismic performance
Keywords: چرخه یخ زدایی; Low impact development; Weathering; Dry-wet cycles; Freeze-thaw cycles; Natural organic matter; Biochar mobilization;
Keywords: چرخه یخ زدایی; Fusarium culmorum; Fusarium graminearum; Rhizoctonia solani; Climate change; Freeze-thaw cycles; Decomposition; Amino sugars; CO2;
Keywords: چرخه یخ زدایی; Freeze-thaw cycles; Tri-axial test; Mechanical properties; Significance analysis; Normalized relationship
Influence of multiple freeze-thaw cycles on quality characteristics of beef semimembranous muscle: With emphasis on water status and distribution by LF-NMR and MRI
Keywords: چرخه یخ زدایی; Freeze-thaw cycles; Water status and distribution; Microstructure; Physicochemical properties; Beef;
Assessing recycled pavement concrete mechanical properties under joint action of freezing and fatigue via RSM
Keywords: چرخه یخ زدایی; Pavement recycled aggregate concrete; Freeze-thaw cycles; Fatigue properties; Mechanical properties; RSM;
Evaluation of the durability and the performance of an asphalt mix involving Aramid Pulp Fiber (APF): Complex modulus before and after freeze-thaw cycles, fatigue, and TSRST tests
Keywords: چرخه یخ زدایی; HMA; Fiber additives; Kevlar; Aramid Pulp Fiber; Fatigue; TSRST; Complex modulus; Freeze-thaw cycles; Moisture damage; Durability of an asphalt mixture;
Adverse effects of high temperatures and freeze-thaw cycles on properties of HFRHSCs containing silica fume and metakaolin
Keywords: چرخه یخ زدایی; High strength concretes; Hybrid fibers; High temperature; Freeze-thaw cycles; Microstructure analyses;
Long-term residual anchorage resistance of gradient anchorages for prestressed CFRP strips
Keywords: چرخه یخ زدایی; Prestressed CFRP strips; Debonding failure; Durability; Concrete-epoxy interface; Freeze-thaw cycles; Carbonation; Gradient anchorage;
Prevention of denaturation of freshwater crayfish muscle subjected to different freeze-thaw cycles by gelatin hydrolysate
Keywords: چرخه یخ زدایی; Gelatin hydrolysates; Enzymes; Peptides molecular weight range; Cryoprotective effect; Crayfish; Freeze-thaw cycles;
Mesoscopic damage model of concrete subjected to freeze-thaw cycles using mercury intrusion porosimetry and differential scanning calorimetry (MIP-DSC)
Keywords: چرخه یخ زدایی; Concrete; Freeze-thaw cycles; Mesoscopic frost damage model; Mercury porosimetry; Differential scanning calorimetry;
Effects of warming and nitrogen fertilization on GHG flux in the permafrost region of an alpine meadow
Keywords: چرخه یخ زدایی; Simulated warming; Nitrogen addition; Greenhouse gas; Freeze-thaw cycles;