Keywords: زوال ناپذیر; Ductility; Void growth; Void coalescence; Lode angle; Triaxiality;
مقالات ISI زوال ناپذیر (ترجمه نشده)
مقالات زیر هنوز به فارسی ترجمه نشده اند.
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Keywords: زوال ناپذیر; Ductile fracture; Void nucleation; Void growth; Void coalescence; Metal matrix composites;
Keywords: زوال ناپذیر; Ductile materials; Void coalescence; Limit-analysis; Double porous materials; Plastic compressibility;
Keywords: زوال ناپذیر; Micromorphic model; Strain gradient plasticity; Ductile single crystal; Strain localization; Slip band; Kink band; Regularization; Void growth; Void coalescence; Size effect;
Keywords: زوال ناپذیر; Shear force; Blow-out preventer; Void coalescence; Stress triaxiality; Lode parameter;
Keywords: زوال ناپذیر; Cavitation; Fracture; Void coalescence; Nonlinear elasticity; Î-convergence; Ambrosio-Tortorelli approximation;
Keywords: زوال ناپذیر; Strain triaxiality; Al-alloys; Void coalescence; Rolling; Work hardening rate; Relative slip distance;
Keywords: زوال ناپذیر; Dual Phase Steel; Void coalescence; Fracture surface analysis;
Keywords: زوال ناپذیر; Finite element analysis; Limit load; Micromechanics and/or materials mechanics; Ductile fracture; Void coalescence;
Keywords: زوال ناپذیر; Void-sheet; Macroscopic strain localization; Void coalescence; Stress triaxiality; Lode parameter; Homogenization;
In situ TEM investigation on void coalescence in metallic materials
Keywords: زوال ناپذیر; Void coalescence; Nanotwins; Shear bands; Multiscale model;
Formability and fracture behaviour of cryorolled Al-3 Mg-0.25 Sc alloy
Keywords: زوال ناپذیر; Cryorolling; Forming limit diagram; Void coalescence; Fractography; TEM; SEM;
Void growth and coalescence in triaxial stress fields in irradiated FCC single crystals
Keywords: زوال ناپذیر; Porous single crystals; Void coalescence; Void growth; Irradiation effects;
Effect of strain rate and temperature on fracture of magnesium alloy AZ31B
Keywords: زوال ناپذیر; Mg alloys; Ductile fracture; Twin-sized voids; Second phase particles; Void coalescence;
Micromechanical investigation of ductile failure in Al 5083-H116 via 3D unit cell modeling
Keywords: زوال ناپذیر; Ductile failure; Stress triaxiality; Lode angle; Void coalescence; Micromechanics; Cell modeling; Finite element
Experimental investigation of void coalescence in a dual phase steel using X-ray tomography
Keywords: زوال ناپذیر; Steel; Dual phase; Damage; X-ray tomography; Void coalescence
Void growth versus void collapse in a creeping single crystal
Keywords: زوال ناپذیر; Crystal plasticity; Creep; Void coalescence; Void collapse; Lode parameter
An ellipsoidal void model for simulating ductile fracture behavior
Keywords: زوال ناپذیر; Ductile fracture; Micromechanics; Void coalescence; Uniaxial tension; Simple shear
Micro-mechanical modeling of fibrillation in amorphous polymers
Keywords: زوال ناپذیر; Polymer damage; Void growth; Void coalescence; Fibrillation
The effects of load condition on void coalescence in FCC single crystals
Keywords: زوال ناپذیر; Void coalescence; Crystal plasticity; Single crystal; Crystallographic orientations;
The effect of stress state on ductility in the moderate stress triaxiality regime of medium and high strength steels
Keywords: زوال ناپذیر; Ductile failure; Lode parameter; Triaxiality; Experiments; Micromechanics; Void coalescence
Micromechanical analysis on the influence of the Lode parameter on void growth and coalescence
Keywords: زوال ناپذیر; Micromechanics; Localization; Ductile failure; Void coalescence; Void growth; Lode parameter
Void growth and coalescence in ductile solids with stage III and stage IV strain hardening
Keywords: زوال ناپذیر; Ductility; Voids and inclusions; Strengthening mechanisms; Constitutive behaviour; Void coalescence
FEM simulation of void coalescence in FCC crystals
Keywords: زوال ناپذیر; Void coalescence; Crystal plasticity; High-angle grain boundary; Orientation factor
Simulation of the bending process of hardening metallic sheets using damage model. Part I: Theoretical development and numerical implementation
Keywords: زوال ناپذیر; Pure bending; Bendability; Equilibrium equations; Extended Gurson model; Void growth; Void coalescence
Molecular dynamics simulations of void growth and coalescence in single crystal magnesium
Keywords: زوال ناپذیر; Molecular dynamics simulations; Void growth; Void coalescence; Magnesium single crystals; Embedded atom method
Calibration, validation, and verification including uncertainty of a physically motivated internal state variable plasticity and damage model
Keywords: زوال ناپذیر; Uncertainty; Damage; Void growth; Void nucleation; Void coalescence; Internal state variable; Model verification and validation
Simulation of lattice orientation effects on void growth and coalescence by crystal plasticity
Keywords: زوال ناپذیر; Crystal plasticity; Void growth; Void coalescence; Lattice orientation; Bicrystal;
Porous materials with two populations of voids under internal pressure: II. Growth and coalescence of voids
Keywords: زوال ناپذیر; Damage; Plasticity; Micromechanics; Void coalescence
Damage evolution in nickel-base alloy torsion specimens and its influence on subsequent tensile deformability
Keywords: زوال ناپذیر; Nickel-base alloys; Ductile fracture; Void volume fraction; Damage; Void growth; Void coalescence
Evolution of void volume fraction for simulating inner fracture defects related to in drawing of high-carbon steel wire rods
Keywords: زوال ناپذیر; Ductile fracture; Void coalescence; Void nucleation; Steels; Micromechanics
Observation of void nucleation, growth and coalescence in a model metal matrix composite using X-ray tomography
Keywords: زوال ناپذیر; Void coalescence; Ductile fracture; Brown and Embury model; X-ray tomography; Radiography;
On the influence of void clusters on void growth and coalescence during ductile fracture
Keywords: زوال ناپذیر; Ductile fracture; Void clusters; Void growth; Void coalescence
Effect of hydrogen trapping on void growth and coalescence in metals and alloys
Keywords: زوال ناپذیر; Void growth; Void coalescence; Hydrogen embrittlement; Plasticity; Localization
Rupture mechanisms in combined tension and shear—Micromechanics
Keywords: زوال ناپذیر; Micromechanics; Mixed mode ductile fracture; Rupture mechanisms; Void coalescence
A micromechanics-based model for micro-toughness estimation from dimple geometry measurements
Keywords: زوال ناپذیر; Toughness; Void growth; Void coalescence; Stereophotogrammetry
A physically motivated anisotropic tensorial representation of damage with separate functions for void nucleation, growth, and coalescence
Keywords: زوال ناپذیر; Constitutive modeling; Elasto-viscoplasticity; Anisotropic damage; Void nucleation; Void growth; Void coalescence; Finite element; Stress integration
A void coalescence-based spall model
Keywords: زوال ناپذیر; Spall model; Void coalescence; Spall strength; Critical damage
Modeling of ductile fracture: Significance of void coalescence
Keywords: زوال ناپذیر; Ductile crack growth; Void coalescence; Critical strain; Failure surface; Stress triaxiality; Lode angle; Void shape; Failure mode
Lattice orientation effects on void growth and coalescence in fcc single crystals
Keywords: زوال ناپذیر; Void growth; Void coalescence; fcc Single crystal; Finite element method
A molecular dynamics study of void growth and coalescence in single crystal nickel
Keywords: زوال ناپذیر; Molecular dynamics; Embedded atom method; Void growth; Void coalescence; Nickel single crystal
Growth and coalescence of penny-shaped voids in metallic alloys
Keywords: زوال ناپذیر; Metals; Micromechanics; Ductile fracture; Void growth; Void coalescence
Evaluation of bendability of sheet metals using void coalescence models
Keywords: زوال ناپذیر; Bendability; Ductile failure; Void coalescence;
Effect of PWHT cycles on fatigue crack growth and toughness of quenched and tempered pressure vessel steels
Keywords: زوال ناپذیر; Postweld heat treatment; Quenched and tempered steel; CTOD; Impact toughness; Void coalescence; Fatigue crack growth; Transportable pressure vessels;