Keywords: تغییر شکل داغ; Zirconium alloy; Hot deformation; Dynamic recrystallization; EBSD;
مقالات ISI تغییر شکل داغ (ترجمه نشده)
مقالات زیر هنوز به فارسی ترجمه نشده اند.
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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: تغییر شکل داغ; Hot deformation; Magnesium alloy; Modeling; Twinning; Hyperbolic sine equation; ANN model;
Keywords: تغییر شکل داغ; Non-oriented electrical steel; Strip casting; Hot deformation; Texture; Magnetic properties;
Keywords: تغییر شکل داغ; Pure titanium; Twinning; Dynamic recrystallization (DRX); Cryogenic deformation; Hot deformation;
Keywords: تغییر شکل داغ; Low-alloy steel; As-cast structure; Hot deformation; Dynamic transformation; Carbon diffusion; EBSD analysis;
Keywords: تغییر شکل داغ; Hot deformation; Strain rate sensitivity; Dynamics recrystallization; Texture;
Keywords: تغییر شکل داغ; Bainitic steel; Hot deformation; Zener-Hollomon parameter; Dynamic recrystallization;
Keywords: تغییر شکل داغ; Hot deformation; Constitutive model; Microstructure; Dynamic recrystallization; Precipitates;
Keywords: تغییر شکل داغ; Microstructure modeling; Dynamic recrystallization; Friction welding; Inconel 718; EBSD; Hot deformation; Strain map;
Keywords: تغییر شکل داغ; Extended ductile fracture model; Hot deformation; Zener-Hollomon parameter; Stress state;
Keywords: تغییر شکل داغ; Pure titanium; Twinning; Dynamic recrystallization (DRX); Cryogenic deformation; Hot deformation;
Keywords: تغییر شکل داغ; Magnesium alloy; Dynamic recrystallization; Microstructure; CA method; Hot deformation;
Keywords: تغییر شکل داغ; Constitutive equation; Hot deformation; Flow stress curves;
Keywords: تغییر شکل داغ; Bismuth telluride; Thermoelectric; Ag doping; Hot deformation;
Keywords: تغییر شکل داغ; Austenitic steels; Coarsening behavior; Hot deformation; Microstructure;
Keywords: تغییر شکل داغ; Ultrahigh strength; Stainless steel; Processing map; Hot deformation; Instability criterion;
Keywords: تغییر شکل داغ; Ni-base superalloy; Dynamic recrystallization; Hot deformation; Processing parameters; Annealing twin;
Keywords: تغییر شکل داغ; Permanent magnet; Nd-Fe-B; Coercivity; Hot deformation; Meltspinning;
Keywords: تغییر شکل داغ; Alloy; Hot deformation; Grain boundary map; Constitutive model;
Keywords: تغییر شکل داغ; Hot deformation; Restoration; Strain rate; Low density steel;
Keywords: تغییر شکل داغ; Two phase alloy; Hot deformation; Material processing; Processing map;
Keywords: تغییر شکل داغ; Hot deformation; Dynamic recrystallization; Grain growth; Thermodynamics of plasticity;
Keywords: تغییر شکل داغ; Super austenitic stainless steel; Hot deformation; Constitutive equations; Material parameters; Regression;
Keywords: تغییر شکل داغ; 6063 alloy; Hot deformation; Processing maps; Dynamic recrystallization;
Keywords: تغییر شکل داغ; Super austenitic stainless steel; Hot deformation; Processing map; Microstructure; Dynamic recrystallization;
Keywords: تغییر شکل داغ; Nickel superalloy; Dynamic recrystallization; Hot deformation; Grain boundaries;
Keywords: تغییر شکل داغ; Titanium alloys; Powder metallurgy; Hot deformation; Fatigue; Microtexture; EBSD;
Keywords: تغییر شکل داغ; Hot deformation; Alloy; Dynamic recrystallization; Microstructural evolution;
Keywords: تغییر شکل داغ; Hot deformation; Constitutive model; Friction; Dynamic recovery; Dynamic recrystallization
Keywords: تغییر شکل داغ; aluminum alloy; hot deformation; constitutive model; Kriging method
Keywords: تغییر شکل داغ; Flow behavior; Constitutive analysis; Hot deformation; Low-density steel; Activation energy
Keywords: تغییر شکل داغ; Titanium alloys; Hot deformation; Parent phase reconstruction; Dynamic recovery; Load partition;
Keywords: تغییر شکل داغ; Al–Mg alloy; hot deformation; constitutive model; processing map
Keywords: تغییر شکل داغ; Nickel superalloy; Hot deformation; Dynamic recrystallization; Grain boundaries;
Keywords: تغییر شکل داغ; ABAQUS user subroutine UHARD; Strain compensated arrhenius constitutive model; Hot deformation; Microstructural evolution; Homogenized 5052 alloy; Homogenized AZ31 alloy;
Keywords: تغییر شکل داغ; Lean duplex stainless steel; Hot deformation; Austenite precipitation; Interphase boundaries; Orientation relationship; Crack propagation;
Keywords: تغییر شکل داغ; Hot deformation; Copper matrix composite; Dynamic recrystallization; Interfacial cracking; Bergstrom model; Avrami model;
Keywords: تغییر شکل داغ; Stainless steel; Recrystallization; Hot deformation; Constitutive model;
Keywords: تغییر شکل داغ; Boron bearing steel; Phase transformation; Hot stamping; Hot deformation; Dilatometer
Keywords: تغییر شکل داغ; Nitride-strengthened heat resistant steel; Precipitation; Hot deformation; Stress relaxation;
Keywords: تغییر شکل داغ; Hot deformation; Alloy; Dynamic recrystallization; Microstructural evolution
Keywords: تغییر شکل داغ; Aluminum alloy; Hot deformation; Static softening mechanism; Modeling; Recovery; Precipitation;
Keywords: تغییر شکل داغ; Hot deformation; Friction stir processing; Hybrid nanocomposite; Al-Mg alloy; Mechanical property; Consecutive analysis;
Keywords: تغییر شکل داغ; Tribology; Hot deformation; Oxide scale
Keywords: تغییر شکل داغ; Mg–Al–Zn alloys; Hot deformation; Constitutive equations; Activation energy; Diffusion
Keywords: تغییر شکل داغ; 6063 Al alloy; constitutive equation; flow stress; strain; hot deformation;
Keywords: تغییر شکل داغ; Medium carbon steel grades; Hot deformation; Constitutive relationships;
Keywords: تغییر شکل داغ; Hot deformation; Nickel-based superalloy; Dynamical recovery; Dynamic recrystallization
Keywords: تغییر شکل داغ; Titanium alloy; Hot deformation; Constitutive modelling; Constitutive equation; Artificial neural network;
Keywords: تغییر شکل داغ; Al–6Mg alloy; Dynamic softening; Hot deformation; Interrupted deformation; Compression test; Flow stress