Keywords: ملات; Multiscale; Mixed finite element; Mortar; Two-phase flow and transport;
مقالات ISI ملات (ترجمه نشده)
مقالات زیر هنوز به فارسی ترجمه نشده اند.
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.
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: ملات; Variationally consistent; Augmented Lagrangian; Mortar; Lagrange multiplier; Contact; Segment-to-segment;
Keywords: ملات; Sugarcane bagasse ash sand; Co-generation boilers; Waste; Sand; Mortar; Pore size distribution;
Keywords: ملات; Sewage sludge; Construction industry; Eco-building materils; Sewage sludge stabilization; Mortar; Concrete;
Keywords: ملات; Cement concrete; Mortar; Fracture; Probabilistic analysis; Acoustic emission;
Keywords: ملات; Kaolin tailing sand; Material characterization; Mortar; Concrete; Mechanical performance; Durability;
Keywords: ملات; Industrial waste; Mortar; Sustainability; Effluent sludge; Paper industry;
Keywords: ملات; Mortar; Squeeze-flow; Pressure mapping; Pressure distribution; Phase separation;
Keywords: ملات; Mortar; fracture toughness; Young's modulus; flexural strength; Weibull modulus;
Keywords: ملات; clay; mortar; binder; monmorillonit; adhesion;
Keywords: ملات; Mortar; cement; glass powder; fracture test;
Keywords: ملات; Mortar; Waste Glass; Physical; Mechanical; Characterisation;
Keywords: ملات; metakaolin; reactivity; pozzolanic; portlandite; mortar;
Keywords: ملات; Ferronickel slag; fly ash; compressive strength; flow value; mortar;
Keywords: ملات; Fatigue tests; Mortar; RAP; Time sweep;
Keywords: ملات; Wollastonite; Shrinkage; Shrinkage-reducing; Flexural strength; Compressive strength; Mortar;
Keywords: ملات; uniaxial confined compression test; equation of state; cement paste; mortar; high pressure; size effect;
Keywords: ملات; Mortar; Strength; Pore structure; Fractal dimension; Pore size distribution; Mathematical model;
Keywords: ملات; mixed binder; mortar; microconcrete; lime; fly ash;
Keywords: ملات; Mortar; Natural hydraulic lime; Photocatalysis; NOx; Titania; Nanocomposite;
Keywords: ملات; Alkali-carbonate reaction (ACR); Alkali-silica reaction (ASR); Trass; Fly ash; Mortar; Natural pozzolan; Expansion; Petrography;
Keywords: ملات; Sustainable materials; mortar; sawdust waste; wood by-products;
Keywords: ملات; Mortar; Internal curing; Lightweight aggregate; Segregation; Linear regression; Analysis of variance;
Keywords: ملات; Electrochemical impedance spectroscopy; Mortar; Resistivity; Drying;
Keywords: ملات; Ceramic waste; Laterite; Microstructural analysis; Pozzolan; Strength properties; Mortar; Ettringite; Portlandite; Calcite; Quartz;
Keywords: ملات; Corrosion; Sensor; Chloride ions penetration; Degradation factors; Monitoring; Mortar;
Keywords: ملات; Mortar; Crack; Self-healing; Airflow; Air permeability; Calcium gluconate; Calcium lactate; Urea;
Keywords: ملات; Mortar; Microcrack; Biohealing; Calcite; Calcium lactate; Calcium nitrate; Bacillus pseudofirmus;
Keywords: ملات; Lightweight aggregates; Rheology; Geopolymers; Mortar; Concrete;
Keywords: ملات; Paste; Mortar; Vibration; Segregation; Rheology; Yield stress; Viscosity; Structural breakdown; Dynamic stability; Interparticle structure;
Keywords: ملات; Stainless steel oxidizing slag; Mortar; Free lime; Expansion; Autoclave; Heating catalysis;
Keywords: ملات; Lime; Mortar; Ceramic tile; Bond strength; Laboratory characterization; In-situ test; Interface; Moisture; Porosity;
Keywords: ملات; Blended cement; Compressive strength; Mortar; Ferronickel slag; Soundness;
Keywords: ملات; CRT funnel glass sand waste; Treatment method; Mortar; Properties; Comparative;
Keywords: ملات; Rheological properties; Particle characteristics; Mortar; Prediction models; Intrinsic viscosity; Static yield stress;
Keywords: ملات; Calcium nitrate microcapsules; Microcapsule preparation procedure; Self-healing; Concrete; Mortar;
Keywords: ملات; Sulfate attack; Confining pressure; Mortar; Mechanical properties;
Keywords: ملات; Thermal insulation; Date palm fibers mesh; Mortar; Thermomechanical properties;
Keywords: ملات; Mortar; Marble powder; Water absorption; Drying shrinkage; Sulphate attack;
Keywords: ملات; Mortar; Temperature; Gas permeability/porosity; Hydrostatic stress; Cracking; Sensitivity;
Keywords: ملات; Brick; Diagonal tension tests; Straw; Mortar; Mud brick wall; Fiber;
Keywords: ملات; Aerial lime; Mortar; Carbonation; Thermogravimetric analysis; Humidity diffusion process; Phenolphthalein; Compressive strength;
Keywords: ملات; Concrete; Mortar; Microstructure; Interface; Interphase; Overlay; Substrate; Structure of pores; Sphericity; X-ray micro computed tomography;
Keywords: ملات; Micromechanics; Stiffness; Strength; Fracture energy; Mori-Tanaka method; Mortar; Shrinkage cracking;
Keywords: ملات; Thermal conductivity; Phase change materials; Microencapsulated; Cement; Mortar; Core-shell-matrix composites;
Keywords: ملات; DFJ; Double Flat Jack; DPT; Double Punch Test; DRMS; Drilling Resistance Measurement System; MDT; Minor Destructive Testing; NDT; Non Destructive Testing; TPT; Torque Penetrometric Test; Historical construction; Masonry; Brickwork; Mortar; In-situ testing
Keywords: ملات; Acoustic tests; Elastic modulus; Mortar; Lime; Masonry;
Keywords: ملات; Crack detection; Finite element analysis; Image analysis; Mortar; Transport properties;
Keywords: ملات; Date palm fibers mesh; Mortar; Water content; Thermal conductivity; Theoretical models;
Keywords: ملات; Concrete; Mortar; Chloride; Sulphate; Magnesium; Combined attack; Blast-furnace slag;