Keywords: پیش بینی طول عمر; Gas turbine; Combustion liner; Heat transfer; Thermal stress; Lifetime prediction
مقالات ISI ترجمه شده پیش بینی طول عمر
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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: پیش بینی طول عمر; Polyethylene (PE) pipes; Pressure; Thermal oxidative aging (TOA); Oxidative induction time (OIT); Lifetime prediction;
Keywords: پیش بینی طول عمر; Solid oxide fuel cell; Accelerated testing; Lifetime prediction; Aging model;
Keywords: پیش بینی طول عمر; Solar mirrors; Concentrated Solar Power (CSP); Ageing test; Acceleration factor; Modelling; Lifetime prediction;
Keywords: پیش بینی طول عمر; Off-grid renewable energy systems; Optimization; Lithium-ion battery; Lifetime prediction;
Keywords: پیش بینی طول عمر; Lithium-ion battery; Calendar aging model; Lifetime prediction; Solid electrolyte interface; Loss of active lithium; Model validation;
Keywords: پیش بینی طول عمر; Concentrating solar thermal technology; Aluminum solar reflector; Degradation; Corrosion; Accelerated aging; Lifetime prediction;
Keywords: پیش بینی طول عمر; Crack propagation; Rock-like material; Lifetime prediction; Static compressive load; Macrocrack; Wing crack;
Keywords: پیش بینی طول عمر; Time varying mesh stiffness; Crack propagation; Initial angle; Degradation model; Lifetime prediction;
Keywords: پیش بینی طول عمر; Ferritic-martensitic steel; Cyclic softening; Creep-fatigue; Low-cycle fatigue; Lifetime prediction;
Keywords: پیش بینی طول عمر; Chemically strengthened glass; Subcritical crack growth; Lifetime prediction;
Keywords: پیش بینی طول عمر; Lifetime prediction; Reliability estimation; Gaseous contamination; Accelerated degradation testing; Pulse tube refrigerator;
Keywords: پیش بینی طول عمر; Lithium ion battery; End-of-life threshold; Lifetime prediction; Open circuit voltage drift;
Impedance change and capacity fade of lithium nickel manganese cobalt oxide-based batteries during calendar aging
Keywords: پیش بینی طول عمر; Lithium-ion battery; Calendar aging; Capacity fade; Cell impedance; Lifetime prediction; Electrochemical impedance spectroscopy;
Keywords: پیش بینی طول عمر; District heating pipe; Polyurethane foam; Accelerated ageing; Lifetime prediction; Degradation;
Keywords: پیش بینی طول عمر; Nickel based superalloy; Thermo-mechanical fatigue; Phase shift; Damage mechanisms; Lifetime behaviour; Lifetime prediction;
Keywords: پیش بینی طول عمر; Fatigue damage evolution; Lifetime prediction; Welded joints; Residual stresses; Porosity;
Keywords: پیش بینی طول عمر; Al wire bonds; Reliability; Lifetime prediction; Mechanical fatigue; Power cycling;
Keywords: پیش بینی طول عمر; electrical connectors; accelerated lifetime testing; lifetime prediction;
Keywords: پیش بینی طول عمر; Polymer electrolyte fuel cell; Membrane durability; Accelerated durability test; Empirical model; Lifetime prediction; Membrane degradation;
Keywords: پیش بینی طول عمر; PEM fuel cell; Durability test; Modeling; ECSA loss; Lifetime prediction; Degradation;
Keywords: پیش بینی طول عمر; Structural integrity; Turbine disk; Corner crack; Plastic stress intensity factor; Lifetime prediction
Keywords: پیش بینی طول عمر; Solder joints; Creep-fatigue; Unified model; Lifetime prediction; Acceleration factor; Catastrophic failures;
Keywords: پیش بینی طول عمر; Shape memory alloys; Lifetime prediction; Dang Van fatigue criterion; Shakedown; High cycle fatigue
Keywords: پیش بینی طول عمر; Power device reliability; Reliability odometer; Lifetime modeling; Lifetime prediction;
Keywords: پیش بینی طول عمر; Lifetime prediction; Coronary heart disease; Heart disease of uncertain etiology; Etiology; 50-Year follow-up;
Keywords: پیش بینی طول عمر; Outdoor testing; Lifetime prediction; ISOS tests; Photovoltaic characterization; Organic photovoltaics;
Keywords: پیش بینی طول عمر; Accelerated degradation; Acceleration factor; Bayesian; Gamma process; Lifetime prediction; Reliability
Keywords: پیش بینی طول عمر; Fatigue crack closure; Thermomechanical fatigue; Strip yield model; Lifetime prediction
Keywords: پیش بینی طول عمر; PEM fuel cell; Lifetime prediction; Residual lifetime; Economic lifetime
Keywords: پیش بینی طول عمر; Gamma process; Stochastic fatigue crack growth; Lifetime prediction; R-ratio effect; Reliability;
Keywords: پیش بینی طول عمر; ZTA – zirconia–alumina composite; Low temperature degradation – aging; Tetragonal to monoclinic transformation; Lifetime prediction
Keywords: پیش بینی طول عمر; Polychloroprene rubber; Accelerated and natural ageing tests; Arrhenius extrapolation; Lifetime prediction; Sea water;
Keywords: پیش بینی طول عمر; Interconnect; Interfacial fracture energy; Lifetime prediction; Solid oxide fuel cell; Spinel coating;
Keywords: پیش بینی طول عمر; Dynamic State-Space; Stochastic model; Fatigue Crack Growth; Lifetime prediction
Keywords: پیش بینی طول عمر; TBC; TGO; FEM; Lifetime prediction;
Keywords: پیش بینی طول عمر; Accelerated polymer aging; Lifetime prediction; Thermal oxidation; Polymer degradation; Arrhenius extrapolation; Diffusion limited oxidation;
Keywords: پیش بینی طول عمر; Fatigue deterioration in concrete structures; Semi-Markov models; Finite Element modeling; Lifetime prediction
Lifetime prediction of aluminum electrolytic capacitors in LED drivers considering parameter shifts
Keywords: پیش بینی طول عمر; Electrolytic capacitor; Lifetime prediction; LED driver; Parameter shifts;
Thermal-mechanical fatigue behavior and lifetime prediction of P92 steel with different phase angles
Keywords: پیش بینی طول عمر; P92 steel; Thermal-mechanical fatigue; Phase angles; Lifetime prediction;
Lifetime prediction of filled elastomers based on particle distribution and the J-integral evaluation
Keywords: پیش بینی طول عمر; Lifetime prediction; J-integral; Fatigue of filled elastomers; Model of Rubber Phenomenology; Particle distribution;
Lifetime determination of tetragonal zirconia under static loading using the Constant Stress Rate method
Keywords: پیش بینی طول عمر; Tetragonal zirconia; Lifetime prediction; Subcritical crack growth; Constant stress rate test; Biaxial loading;
An effective method of predicting perovskite solar cell lifetime-Case study on planar CH3NH3PbI3 and HC(NH2)2PbI3 perovskite solar cells and hole transfer materials of spiro-OMeTAD and PTAA
Keywords: پیش بینی طول عمر; Perovskite; Solar cells; Thermal stability; Lifetime prediction; Planar structure;
Effect of Grain Size on Low Cycle Fatigue Life in Compressor Disc Superalloy GH4169 at 600 °C
Keywords: پیش بینی طول عمر; grain size; low cycle fatigue; lifetime prediction; fracture mechanism;
Converter-level FEM simulation for lifetime prediction of an LED driver with improved thermal modelling
Keywords: پیش بینی طول عمر; Lifetime prediction; FEM simulation; LED driver; Mission profile;
Non-destructive 2D-luminescence detection of EVA in aged PV modules: Correlation to calorimetric properties, additive distribution and a clue to aging parameters
Keywords: پیش بینی طول عمر; Spectroscopy; Accelerated aging; Diffusion-limited oxidation; Degradation; Lifetime prediction;
A novel lifetime prediction for integrated LED lamps by electronic-thermal simulation
Keywords: پیش بینی طول عمر; LED; Light emitting diode; PoF; Physics of failure; T-droop; Temperature-droop; J-droop; Current-droop; FEA; Finite element analysis.; Lifetime prediction; LED; LED driver; Electronic-thermal simulation; Degradation;
Effects of the axial force eccentricity on the time-variant structural reliability of aging r.c. cross-sections subjected to chloride-induced corrosion
Keywords: پیش بینی طول عمر; Reinforced concrete; Time-variant structural reliability; Monte Carlo simulations; Corrosion-induced deterioration; Chlorides attack; Axial force eccentricity; Lifetime prediction;
Lifetime prediction of ceramic components - A case study on hybrid rolling contact
Keywords: پیش بینی طول عمر; Silicon nitride; Rolling-contact fatigue; Stress intensity factor; Weight function method; Lifetime prediction; Negative load ratio;
Experimental investigation of the time and temperature dependent growth of fatigue cracks in Inconel 718 and mechanism based lifetime prediction
Keywords: پیش بینی طول عمر; Fatigue crack growth; Thermomechanical fatigue; Lifetime prediction; Nickel base alloy; Inconel 718;