Keywords: خستگی چرخه بسیار زیاد; Very high cycle fatigue; Aluminium matrix composites; Short-fibre reinforced; Particle-reinforced;
مقالات ISI خستگی چرخه بسیار زیاد (ترجمه نشده)
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Keywords: خستگی چرخه بسیار زیاد; Very high cycle fatigue; High strength steels; Intermittent loading; Ultrasonic fatigue technique;
Keywords: خستگی چرخه بسیار زیاد; Very high cycle fatigue; Fine granular area; High-strength steel; Non-metallic inclusion; Fatigue crack initiation; Plastic zone size;
Keywords: خستگی چرخه بسیار زیاد; Very high cycle fatigue; Bainite/martensite multiphase steel; Non-inclusion induced crack initiation;
Keywords: خستگی چرخه بسیار زیاد; Very high cycle fatigue; Bearing steel; Aluminum content; Sulfur content; Crack initiation and propagation;
Keywords: خستگی چرخه بسیار زیاد; Dislocation structures; Fatigue crack initiation; Focused ion beam (FIB); Microstructure-inclusion interaction; Very high cycle fatigue;
Keywords: خستگی چرخه بسیار زیاد; Very high cycle fatigue; Fracture; armco-iron; fatigue crack; stracture;
Keywords: خستگی چرخه بسیار زیاد; Additive manufacturing (AM); Fatigue; Microstructure; Failure mechanisims; Residual stress; Very high cycle fatigue;
Keywords: خستگی چرخه بسیار زیاد; Very high cycle fatigue; Frequency effect; Dual-phase steel; Strain rate sensitivity; Thermally activated processes;
Keywords: خستگی چرخه بسیار زیاد; Titanium alloy; Very high cycle fatigue; Stress ratio; Fatigue failure process; Fatigue strength;
Keywords: خستگی چرخه بسیار زیاد; Fibre reinforced plastics; Fatigue strength; Very high cycle fatigue; Ultrasonic fatigue testing; Composites;
Keywords: خستگی چرخه بسیار زیاد; Multiaxial fatigue; Very high cycle fatigue; Ultrasonic fatigue testing; Specimen design;
Keywords: خستگی چرخه بسیار زیاد; Very high cycle fatigue; Biaxial stress; Cast metal; Aluminum alloy; Experimental technique;
Keywords: خستگی چرخه بسیار زیاد; Microplasticity; Very high cycle fatigue; Ultrasonic fatigue; Infrared thermography; Energy dissipation;
Keywords: خستگی چرخه بسیار زیاد; Very high cycle fatigue; Carbon fibers; Ultrasonics; Scanning electron microscopy (SEM)
Keywords: خستگی چرخه بسیار زیاد; Nb microalloying; Very high cycle fatigue; Non-inclusion crack initiation; Bainite/martensite multiphase steel;
Keywords: خستگی چرخه بسیار زیاد; Very high cycle fatigue; Frequency effect; Ultrasonic fatigue and conventional testing machines; 50CrMo4; EN AW-5083;
Keywords: خستگی چرخه بسیار زیاد; Very high cycle fatigue; Retained austenite; Bainite; Quenching and partitioning; Crack initiation
Keywords: خستگی چرخه بسیار زیاد; René 88DT superalloy; Coherent twin boundary; Very high cycle fatigue; Low cycle fatigue; Elastic anisotropy; Schmid factor;
Keywords: خستگی چرخه بسیار زیاد; Very high cycle fatigue; Internal crack initiation; Non-metallic inclusions; AISI 4140
Keywords: خستگی چرخه بسیار زیاد; Multiaxial fatigue; Very high cycle fatigue; Strain measurements; Ultrasonic frequencies;
Keywords: خستگی چرخه بسیار زیاد; Very high cycle fatigue; Metallic materials; Fracture modes; Interior crack initiation; Fine granular area (FGA);
Keywords: خستگی چرخه بسیار زیاد; Duplex stainless steel; Spinodal decomposition; Very high cycle fatigue; Atom probe tomography;
Keywords: خستگی چرخه بسیار زیاد; S-N curves; ProFatigue; Very high cycle fatigue; Welded joints; Helical compression springs;
Keywords: خستگی چرخه بسیار زیاد; Very high cycle fatigue; Superalloy; Inconel 718; Carbide; Nitride; EBSD;
Keywords: خستگی چرخه بسیار زیاد; Corrosion fatigue; Pitting corrosion; Very high cycle fatigue; Small fatigue crack growth; 12% Cr stainless steel
Keywords: خستگی چرخه بسیار زیاد; Very high cycle fatigue; Bainite/martensite multiphase steel; Non-inclusion crack initiation;
Keywords: خستگی چرخه بسیار زیاد; Austempered ductile iron; Very high cycle fatigue; Loading frequency; Defect size;
Keywords: خستگی چرخه بسیار زیاد; Fish-eye crack; Very high cycle fatigue; Virtual crack closure technique; Finite element analysis; Fatigue crack growth;
Keywords: خستگی چرخه بسیار زیاد; Carbon steel; Load frequency effect; Ultrasonic fatigue test; Very high cycle fatigue; Cyclic softening
Keywords: خستگی چرخه بسیار زیاد; Fretting; Very high cycle fatigue; Ultrasonic testing; Fatigue damage
Keywords: خستگی چرخه بسیار زیاد; Aluminum alloys; Very high cycle fatigue; Fatigue strength; Crack initiation; Microstructures
Keywords: خستگی چرخه بسیار زیاد; High cycle fatigue; Very high cycle fatigue; Lower bainite; Tempered martensite; High strength steels
Keywords: خستگی چرخه بسیار زیاد; Fatigue crack initiation; Short fatigue crack propagation; Microstructural barrier strength; Very high cycle fatigue;
Keywords: خستگی چرخه بسیار زیاد; Very high cycle fatigue; Welded joint; Heat affected zone; Fusion zone; Fatigue damage model
Keywords: خستگی چرخه بسیار زیاد; Clean spring steel; Very high cycle fatigue; Loading condition; Surface grinding defect; Inhomogeneous microstructure
Keywords: خستگی چرخه بسیار زیاد; Very high cycle fatigue; Persistent slip bands; Grain boundaries; Strain localization; Fatigue limit
Keywords: خستگی چرخه بسیار زیاد; Ultrasonic plastic welding; Sonotrode; Very high cycle fatigue; 7075-T6 aluminium alloy
Keywords: خستگی چرخه بسیار زیاد; Fine grain area; FGA; Very high cycle fatigue; Dislocation; Cyclic deformation
Statistical analysis of high cycle fatigue life and inclusion size distribution in shot peened 300M steel
Keywords: خستگی چرخه بسیار زیاد; Ïy,0.2; 0.2% offset yield strength; CRS; compressive residual stress; Ïy,0.1; 0.1% offset yield strength; VAR; vacuum arc remelting; SEV; statistics of extreme values; ECCI; electron channeling contrast imaging; LT; longitudinal; LS; long transverse; TS
Effect of stress ratio on very high cycle fatigue properties of Ti-10V-2Fe-3Al alloy with duplex microstructure
Keywords: خستگی چرخه بسیار زیاد; Ti-10V-2Fe-3Al alloy; Very high cycle fatigue; S-N curve; Fatigue crack initiation; Life controlling process;
Selective laser illumination method for enhanced damage monitoring of micro cracking and delamination in GFRP laminates
Keywords: خستگی چرخه بسیار زیاد; Glass fiber-reinforced composites; Damage monitoring; Micro cracking; Delamination; Very high cycle fatigue;
Failure mechanisms and design of dissimilar welds of 9%Cr and CrMoV steels up to very high cycle fatigue regime
Keywords: خستگی چرخه بسیار زیاد; Very high cycle fatigue; Welded joint; Crack initiation; Fatigue strength reduction factor; Fatigue design;
Very high cycle fatigue of surface carburized CrNi steel at variable stress ratio: Failure analysis and life prediction
Keywords: خستگی چرخه بسیار زیاد; Surface treatment; Very high cycle fatigue; Failure mechanism; Fine granular area; Life prediction;
Electron beam welding of Nimonic 80A: Integrity and microstructure evaluation
Keywords: خستگی چرخه بسیار زیاد; Nimonic 80A; Electron beam welding; Electron backscatter diffraction; Very high cycle fatigue;
Stress ratio effect on notched fatigue behavior of a Ti-8Al-1Mo-1V alloy in the very high cycle fatigue regime
Keywords: خستگی چرخه بسیار زیاد; Titanium alloy; Very high cycle fatigue; Stress ratio; Notched specimen; Crack initiation behavior;
A VHCF life prediction method based on surface crack density for FRP
Keywords: خستگی چرخه بسیار زیاد; Composite; Very high cycle fatigue; Characteristic damage state; Fatigue life prediction;
Influence of small defects on the uniaxial and torsional fatigue strength of 17-4PH stainless steel
Keywords: خستگی چرخه بسیار زیاد; 17-4PH stainless steel; small defects; multiaxial fatigue; very high cycle fatigue; non-propagating cracks; fatigue limit;
Effect of hydrogen on very high cycle fatigue behavior of a low-strength Cr-Ni-Mo-V steel containing micro-defects
Keywords: خستگی چرخه بسیار زیاد; Low strength steel; Very high cycle fatigue; Non-metallic inclusion; Crack initiation; Hydrogen;
The influence of load holds on the fatigue behaviour of drawn Ti-6Al-4V wires
Keywords: خستگی چرخه بسیار زیاد; Dwell fatigue; Cold creep; Very high cycle fatigue; Ti-6Al-4V; Facets;