Keywords: انرژی شکست; Double cantilever beam (DCB); Fracture energy; Metal fibers; Thin film; Toughened adhesive;
مقالات ISI انرژی شکست (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: انرژی شکست; Cement-plastic composites; UV irradiation; Polypropylene; Metakaolin; Fracture energy; Strength;
Keywords: انرژی شکست; Fiber reinforced concrete; Fracture energy; Steel fiber; Self-compacting concrete; Size effect;
Keywords: انرژی شکست; Particle fragmentation; Fractal dimension; Fracture energy; Applied stress;
Keywords: انرژی شکست; Brittleness; Fiber reinforced concrete; Fracture energy; Mechanical strength; Metakaolin; Self compacting concrete; Shrinkage; Silica fume;
Keywords: انرژی شکست; Strength; Fracture energy; Stiffness; Weibull distribution; Iron ore pellets;
Keywords: انرژی شکست; NHL mortar; Dosage; Mechanical characterization; Fracture energy; Empirical equations;
Keywords: انرژی شکست; Microwave healing of asphalt mixture; Flake graphite; Exfoliated graphite nanoplatelet; Fracture energy; Disk-shaped compact tensile test; Cohesive fracture simulation;
Keywords: انرژی شکست; Asphalt overlays; Digital image correlation; Direct tensile strength test; Fracture energy; Geosynthetic interlayers;
Keywords: انرژی شکست; Asphalt mixture; Fatigue life; Aging; Fracture energy; Dissipated energy;
Keywords: انرژی شکست; Reflective cracking; Customized overlay tester; Cyclic disc-shaped compact tension test; Full-scale test; Fracture energy; Released energy;
Keywords: انرژی شکست; Roller compacted concrete pavement; Response surface methodology; Macro-synthetic fibre; Flexural strength; Fracture energy;
Keywords: انرژی شکست; Fracture strength; Fracture energy; Cohesive-zone modelling; Ceramics; Acoustic emission; Self-healing;
Keywords: انرژی شکست; Reclaimed asphalt pavement (RAP); Asphalt rejuvenation; Fatigue; Thermal cracking; Fracture energy;
Keywords: انرژی شکست; Arched-type; Hooked-end-type; Fibre reinforced; Flexural; Steel fibre; Fracture energy;
Keywords: انرژی شکست; Concrete; Temperature; Pressure; Water content; Fracture energy; Tensile strength; Elastic modulus;
Keywords: انرژی شکست; Early-age concrete; Fracture energy; Tensile softening curve; Centroid coordinate; Bi-linear approximation; Power approximation;
Keywords: انرژی شکست; Granular material; Impact; Fracture energy; Hopkinson bar; X-ray micro-computed tomography;
Keywords: انرژی شکست; Asphalt mixtures; Fracture energy; Air void effect; Intermediate temperature effect; Critical fracture mode; Mixed mode I/II loading;
Keywords: انرژی شکست; Discrete element method; Fracture energy; Exponential softening; Size effect; Fracture process zone; Quasi-brittle material;
Keywords: انرژی شکست; Mechanical strength; Structural behaviour; Stiffness, Toughness; Fractal dimension; Fracture energy;
Keywords: انرژی شکست; Adhesive joints; Electrospun polyacrylonitrile nanofibers; Energy release rate; Fracture energy;
Keywords: انرژی شکست; Fracture energy; Tailored interfaces; Crack path selection; Falling or reverse R-curve; Double cantilever beam (DCB) tests;
Keywords: انرژی شکست; Peridynamics; Coupled failure criterion; Holed plates; Notched strength; Fracture energy;
Keywords: انرژی شکست; Pressure-dependent damage; Fracture energy; Micromechanics; Composites; Polymers;
Keywords: انرژی شکست; Size effect; FRP; Cohesive zone model; Interfacial fracture; Fracture energy;
Keywords: انرژی شکست; UHPC; Aging; Size effect; Cohesive crack analysis; Fracture energy; Tensile characteristic length;
Keywords: انرژی شکست; Multi-material photopolymer interface; Print orientation; Fracture energy; Digital materials; Multi-material additive manufacturing; Material jetting;
Keywords: انرژی شکست; Size effect; Maximum coarseaggregate size; Interfacial transition zone (ITZ); Fracture energy; Tensile strength; Characteristic length; Brittleness; Meso-mechanical analysis;
Keywords: انرژی شکست; Oil-swellable elastomer; Fracture energy; Rupture;
Keywords: انرژی شکست; Fracture energy; MWCNTs; Concrete; Nanaotechnology; Toughness; Crack pinning; Micro cracking;
Keywords: انرژی شکست; Impacto; EnergÃa de fractura; SFRC; Flexotracción; Dinámico; Factor de incremento dinámico (DIF); Impact; Fracture energy; SFRC, Flexure; Dynamic; Dynamic increase factor (DIF);
Keywords: انرژی شکست; Fracture energy; High-strength concrete; Steel fiber; Brittle fracture; Toughness;
Keywords: انرژی شکست; Aggregate size distribution; Aggregate grading; Fracture energy; Stress intensity factors; Size effect;
Keywords: انرژی شکست; PW powder; Self-compacting concrete; Fracture energy; Compressive strength;
Keywords: انرژی شکست; Cementitious composites; Crack path; Fractal dimension; Box counting; Fracture energy; Fracture toughness;
Keywords: انرژی شکست; Interface Friction; Cohesive zone models; Interlocking; Fracture Energy;
Keywords: انرژی شکست; Fracture mechanics; concrete; fracture energy; width effect; size effect;
Keywords: انرژی شکست; Lime-cement mortar; Electric arc furnace (black) slag; Ladle furnace (white) slag; Fracture energy; Three-point bending test; Response Surface Methodology (RSM); Central Composite Design (CCD);
Keywords: انرژی شکست; Fracture energy; Recycling; Mechanical testing; Microstructures;
Keywords: انرژی شکست; Rubberized concrete; Crumb rubber aggregate; Fracture energy; Fracture toughness; CMOD;
Keywords: انرژی شکست; Cold recycling; Arcan test; Mixed-mode cracking; Fracture energy; Cracking behavior;
Keywords: انرژی شکست; Particulate matter; Failure; Fracture; Fracture energy;
Keywords: انرژی شکست; Cement composite; Carbon nanotube; Ultrasonication; Surfactant; Fracture energy; Numerical simulation; Damage criteria;
Keywords: انرژی شکست; Asphalt concrete; R-curve; Fracture energy; Cohesive energy; Energy rate;
Keywords: انرژی شکست; Concrete; Rubber; Steel fibre; Mechanical properties; Fracture energy; Thermal conductivity;
Keywords: انرژی شکست; Micromechanics; Stiffness; Strength; Fracture energy; Mori-Tanaka method; Mortar; Shrinkage cracking;
Keywords: انرژی شکست; Fiber-reinforced concrete; Age-dependency; Modulus of rupture; Residual strength ratio; Fracture energy; Overlay design;
Keywords: انرژی شکست; Fiber reinforced concrete; Overlay pavement; Crack width; Finite element model; Fracture energy; Temperature gradients;
Keywords: انرژی شکست; 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