Keywords: رشد ترک ; Crack growth; Crack propagation; Crystal orientation; Crack interaction; Microcrack; Phase-field-crystal;
مقالات ISI رشد ترک (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: رشد ترک ; Carbon nanotube; Crack growth; Upscaling; Stochastic projection;
Keywords: رشد ترک ; Articular cartilage; Crack growth; Frequency; Osteoarthritis; Tensile;
Keywords: رشد ترک ; Crack opening stress; Maximum crack opening displacement; Center cracked tension specimen; Finite element analysis; Crack growth;
Keywords: رشد ترک ; Acoustic emission; Cumulative energy; Crack initiation; Crack growth; Mooring chain;
Keywords: رشد ترک ; Press fitting; Fatigue; Crack growth; Stress intensity factors; Boundary element method;
Keywords: رشد ترک ; RBF; Fracture Analysis; Notched Bars; Crack Growth; Mesh Morphing;
Keywords: رشد ترک ; Crack growth; In situ TEM; Nanocrystalline films;
Keywords: رشد ترک ; Fretting fatigue; Cyclic contact loading; Elevated temperature; Crack growth; FRANC2D; Al7075-T6;
Keywords: رشد ترک ; Ductile failure; Crack growth; Plate structures; Cohesive zone modeling;
Keywords: رشد ترک ; Lap splice; Bond behavior; FRP strengthening; Crack growth; Fatigue loading;
Keywords: رشد ترک ; Thermal loads; Turbulent mixing; Thermal fatigue; Crack growth;
Keywords: رشد ترک ; AA7050; Fatigue; Crack growth; Fatigue tracking;
Keywords: رشد ترک ; Elasticity; Fracture mechanics; Hydraulic fracture; Crack growth;
Keywords: رشد ترک ; Anisotropic material; Crack growth; Energy release rate; Fracture toughness; Crack path control;
Keywords: رشد ترک ; Single-edge-notch; Crack growth; Stress intensity factor; Compliance; IN738;
Keywords: رشد ترک ; Nonhomogeneous Poisson process (NHPP); Crack growth; Bayesian estimation; Predictive distribution;
Keywords: رشد ترک ; Creep-fatigue; Crack growth; Probabilistic assessment; Uncertainty;
Keywords: رشد ترک ; Surface crack; Aluminum alloys; Tension fatigue loading; Different temperatures; Crack growth; Fatigue fracture diagram; Plastic SIF;
Keywords: رشد ترک ; Crack growth; Acoustic emission; Fatigue; Adhesive bonding;
Keywords: رشد ترک ; Grain boundary sliding; Disclination dipole; Nanovoid; Crack growth; Distributed dislocation technique; Nanocrystalline materials;
Keywords: رشد ترک ; Compliance method; R-curves tests; Crack growth; Stable crack growth; ASS; austenitic stainless; CMOD; crack mouth opening displacement; CTOD; crack tip opening displacement; EAC; environmentally assisted cracking; EBSD; electron backscattered diffraction
Keywords: رشد ترک ; Time-temperature effects; Dual scale model; Creep-fatigue interaction; Titanium alloys; Crack growth;
Keywords: رشد ترک ; Fatigue; Fracture mechanics; Crack growth; Water vapor; Aerospace; Aluminum;
Keywords: رشد ترک ; Multiple cracks interaction; Combined tension and bending; Creep regime; Crack growth; Combination rule;
Keywords: رشد ترک ; Crack growth; Plasticity-induced crack closure; Three-dimensional analysis; Finite element method; Remeshing;
Keywords: رشد ترک ; Creep-fatigue regime; Crack growth; Specimen geometries; Constraint effect;
Keywords: رشد ترک ; Finite element analysis; Fatigue crack closure; Element size; Crack growth;
Keywords: رشد ترک ; Extended finite element method; Crack growth; Macrocrack and microcrack; Brittle and ductile crack; Fracture and fatigue;
Keywords: رشد ترک ; Titanium alloys; Metallographic experiment; Monte-Carlo method; Molecular dynamics simulations; Crack growth; MD; molecular dynamics; CZM; cohesive zone model; 2D; two dimensional; T-S; traction-separation;
Keywords: رشد ترک ; Fatigue; Crack growth; Net-section; Elastic-plastic; Yielding; Strain energy; Stress intensity factor; Plasticity; J-integral;
Keywords: رشد ترک ; Single crystal superalloy; Fatigue; Crack growth; Crystallographic crack growth; Temperature dependence; Orientation dependence; Hold time influence;
Keywords: رشد ترک ; Crack initiation; Crack growth; Multiple cracking; Finite element analysis; Brittle or quasi-brittle materials;
Keywords: رشد ترک ; Dentin; Microcracking; Crack growth; Fracture;
Keywords: رشد ترک ; Dielectric elastomer; Fatigue fracture; Crack growth;
Keywords: رشد ترک ; Crack growth; finite element analysis; fracture mechanics; structural integrity;
Keywords: رشد ترک ; ceramic; material failure; variability; crack growth;
Keywords: رشد ترک ; Heavy machinery; Fatigue fracture; Crack growth; Probability analysis; Fatigue Life; Simulation;
Keywords: رشد ترک ; Nickel superalloys; Electron microscopy; Dwell-fatigue; EBSD; Laser welds; Crack growth;
Keywords: رشد ترک ; mooring chain; structural integrity; structural health monitoring; acoustic emission; guided wave; crack growth;
Keywords: رشد ترک ; Railway axle; safe life; fatigue; residual stress; cut-compliance method; press-fit; crack growth;
Keywords: رشد ترک ; Bayesian analysis; Crack growth; Fatigue; Strength; Weibull analysis;
Keywords: رشد ترک ; Fatigue; Crack growth; High-cycle fatigue; Low-cycle fatigue; Aluminum; Titanium; Nickel; PMMA;
Keywords: رشد ترک ; Concrete masonry beam; Grout strength; Block size; Stack pattern and running bond constructions; Full-scale tests; Crack growth; Ductility;
Keywords: رشد ترک ; Nuclear graphite; Neutron dose; Irradiation temperature; Damage model; Crack growth;
Keywords: رشد ترک ; Accelerated ageing; Crack growth; Crack nucleation; Gamma sterilization; Polyurethane ether; Silicone elastomers;
Keywords: رشد ترک ; Quasi-cyclic fracture; Straight pipe; Type 304LN stainless steel; Shielded metal arc weld; Narrow gap weld; Through-wall notch; Crack growth;
Keywords: رشد ترک ; Seismic load; Fatigue damage; Strain intensity factor; Extremely low-cycle fatigue; Stainless steel; Crack growth;
Keywords: رشد ترک ; Fatigue; Crack growth; Net-section; Strain energy; Work done; Stress intensity factor;
Keywords: رشد ترک ; Crack growth; Molecular dynamics; Cohesive zone modelling; Iron/precipitate interface; Dislocation pile-up;