Keywords: هسته خالی; Spall; Phase interface; Void nucleation; X-ray computer tomography; Leaded brass;
مقالات ISI هسته خالی (ترجمه نشده)
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Keywords: هسته خالی; Ductile fracture; Void nucleation; Void growth; Void coalescence; Metal matrix composites;
Keywords: هسته خالی; Ductile fracture; Void nucleation; Void dilation; Void elongation/rotation;
Keywords: هسته خالی; Nanotwinned stainless steel; Fracture toughness; Shear deformation; Void nucleation;
Keywords: هسته خالی; Electrodeposited pure iron; Micrometer-size single crystal; Tensile deformation; Void nucleation; Slip system;
Keywords: هسته خالی; Extended finite element method (XFEM); Gurson-Tvergaard-Needleman (GTN) model; Void nucleation; First principles calculations; Density functional theory (DFT); Interface decohesion; Shear localization; Statistical volume element (SVE);
Keywords: هسته خالی; Micromechanisms; Dual phase steel; Void nucleation; Crystal plasticity; Finite element method;
Keywords: هسته خالی; Ductile fracture; Void nucleation; Growth and coalescence; Porous material model; Shear damage; Stress triaxiality; Lode angle
Keywords: هسته خالی; Void nucleation; Nanocrystalline materials; Dislocations; Grain boundaries;
Mechanisms of void formation during uniaxial tensile testing in a low-temperature-aged U-Nb alloy
Keywords: هسته خالی; Uranium; U-Nb alloy; Mechanical property; Void nucleation; Damage; Failure mechanism;
Void nucleation in alloys with lamella particles under biaxial loadings
Keywords: هسته خالی; Void nucleation; Unit cell; Biaxial loading; SEM/TEM; Proportional stressing;
Modification of PEG/PMMA binder by PVP for titanium metal injection moulding
Keywords: هسته خالی; Titanium metal injection moulding; PEG/PMMA binder; Void nucleation; Polymer;
A constitutive model for porous solids taking into account microscale inertia and progressive void nucleation
Keywords: هسته خالی; Porous ductile solids; Void nucleation; Dynamic fracture; Microscale inertia; Multiscale modelling
The void nucleation strengths of the Cu-Ni-Nb- based nanoscale metallic multilayers under high strain rate tensile loadings
Keywords: هسته خالی; High-strain rate; Nanoscale metallic multilayers; Void nucleation; Material strength; Interface steps;
Void nucleation and growth in mineral-filled PVC – An experimental and numerical study
Keywords: هسته خالی; Composite materials; Debonding; Plastics; Polymers; Tensile; Tension; Voids; Finite element; Damage; Void nucleation; Void growth; Unit cell simulation; Scanning electron microscopy; SEM; Ductile fracture
Study of electromigration void nucleation time in Cu interconnects with doping elements
Keywords: هسته خالی; Electromigration; Cu interconnects; Void nucleation; Void growth
Research on damage evolution and damage model of 316LN steel during forging
Keywords: هسته خالی; Tensile test; Damage evolution; Void nucleation; Critical damage value; 316LN steel;
A rate-dependent homogenization based continuum plasticity-damage (HCPD) model for dendritic cast aluminum alloys
Keywords: هسته خالی; Anisotropic continuum plasticity damage model; Void nucleation; Viscoplastity; GTN model; Void volume fraction; LE-VCFEM
Numerical modeling of damage evolution of DP steels on the basis of X-ray tomography measurements
Keywords: هسته خالی; DP steel; Damage; Void nucleation; Void growth; GTN model; Tomography
Void initiation at TiN precipitates in IF steels during tensile deformation
Keywords: هسته خالی; Titanium nitride (TiN) particles; Interstitial free (IF) steels; Particle deformation zone; Void nucleation; EBSD
Calibration, validation, and verification including uncertainty of a physically motivated internal state variable plasticity and damage model
Keywords: هسته خالی; Uncertainty; Damage; Void growth; Void nucleation; Void coalescence; Internal state variable; Model verification and validation
Molecular dynamics study of the role of material properties on nanoparticles formed by rapid expansion of a heated target
Keywords: هسته خالی; 61.46.Df; 62.10+s; 64.75+g; Nanoparticles; Laser ablation; Fragmentation; Void nucleation; Molecular dynamics;
Experimental and numerical investigations of void damage in aluminum alloy welds under thermal cycling condition
Keywords: هسته خالی; Thermal cycling; Welded joints; Void damage; Void nucleation; Gurson model
Internal ductile failure mechanisms in steel cold heading process
Keywords: هسته خالی; Ductile failure; Adiabatic shear band; Cold heading; Void nucleation; Inclusions
Modeling thermal cycling induced micro-damage in aluminum welds: An extension of Gurson void nucleation model
Keywords: هسته خالی; 61.72.BbThermal cycling; Aluminum alloys; Welded joints; Void nucleation; Micromechanical modeling; Gurson model
Evolution of void volume fraction for simulating inner fracture defects related to in drawing of high-carbon steel wire rods
Keywords: هسته خالی; Ductile fracture; Void coalescence; Void nucleation; Steels; Micromechanics
On the influence of particle distribution and reverse loading on damage mechanisms of ductile steels
Keywords: هسته خالی; Cold forming processes; Ductile steel; Damage anisotropy; X-ray tomography; Void nucleation
A physically motivated anisotropic tensorial representation of damage with separate functions for void nucleation, growth, and coalescence
Keywords: هسته خالی; Constitutive modeling; Elasto-viscoplasticity; Anisotropic damage; Void nucleation; Void growth; Void coalescence; Finite element; Stress integration
Influences of particle size and interface energy on the stress concentration induced by the oblate spheroidal particle and the void nucleation mechanism
Keywords: هسته خالی; Strain gradient plasticity; Size effect; Shape effect; Void nucleation; Interfacial energy
The effect of sulfide type on the fracture behavior of HY180 steel
Keywords: هسته خالی; Fracture toughness; Steel; Inclusion; Void nucleation; Ductile fracture;
Size effects on stress concentration induced by a prolate ellipsoidal particle and void nucleation mechanism
Keywords: هسته خالی; Strain gradient plasticity; Size effect; Shape effect; Void nucleation; Elongated particles;