Keywords: میزان انتشار انرژی; Constrained inflation; Deformable substrate; Adhesive contact; Contact peeling; Energy release rate;
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Keywords: میزان انتشار انرژی; Blister test; Energy release rate; Mode mixity; Loading shaft; Polymer coating;
Keywords: میزان انتشار انرژی; Fracture; Elastic-plastic materials; Energy release rate; J-integral;
Keywords: میزان انتشار انرژی; Fracture behavior; Penny-shaped crack; Superconducting cylinder; Energy release rate; Descent field
Keywords: میزان انتشار انرژی; Delamination; Separation; Coalescence; Degradation; Thermal barrier coatings; Energy release rate;
Keywords: میزان انتشار انرژی; Energy release rate; Fracture mode partitioning; Laminated unidirectional composites; Mixed-mode fracture; Orthogonal pure modes
Keywords: میزان انتشار انرژی; Viscoelastic thin-film; Peel-test; Peel-off force; Peeling rate; Energy release rate
Keywords: میزان انتشار انرژی; Thin hard films; Indentation-induced fracture; Energy release rate
Keywords: میزان انتشار انرژی; Electrostatic traction; Fracture; Piezoelectric material; Combined mechanical and electrical loading; Energy release rate
Keywords: میزان انتشار انرژی; Dynamic fracture; Polymers; Energy release rate; Rapid crack propagation; Surface roughness
Keywords: میزان انتشار انرژی; Energy release rate; Modified couple stress theory; Size dependency; Notched beam
Keywords: میزان انتشار انرژی; Coating; Delamination; Constitutive behavior; Energy release rate; Shaft-loaded blister test
Keywords: میزان انتشار انرژی; Couple stress elasticity; Energy release rate; Couple stress surface waves; Shielding effects; Weakening effects
Keywords: میزان انتشار انرژی; Interface debonding; Crack channeling; Orthotropic material; Energy release rate; Mode mixity
Keywords: میزان انتشار انرژی; Delamination; Mixed mode II/III fracture; Energy release rate; Third-order plate theory; State-space model
Keywords: میزان انتشار انرژی; Fracture behaviors; Superconducting film; Stress intensity factor; Energy release rate;
Keywords: میزان انتشار انرژی; Atherosclerosis; Mouse models; Energy release rate; Plaque rupture; Interfacial delamination; Matrix metalloproteinase;
Keywords: میزان انتشار انرژی; Surface treatment; Zirconia; Interfacial binding; Raman analysis; Energy release rate
On the impact of tangential traction on the crack surfaces induced by fluid in hydraulic fracture: Response to the letter of A.M. Linkov. Int. J. Eng. Sci. (2018) 127, 217-219
Keywords: میزان انتشار انرژی; Hydraulic fracturing; Asymptotics; Energy release rate; Tangential tractions induced by the fluid;
Mixed mode fracture characterization of GFRP-concrete bonded interface using four-point single leg bending test
Keywords: میزان انتشار انرژی; Interface debonding; Glass fiber reinforced polymer; Concrete; Compliance; Energy release rate; Single leg bending; Fracture toughness;
Prediction of induced delamination development in [θ/90]s composite laminates using a computational analytical approach
Keywords: میزان انتشار انرژی; Matrix cracking; Induced delamination; Stiffness reduction; Energy release rate; Analytical approach;
Two collinear mode-III cracks in one-dimensional hexagonal piezoelectric quasicrystal strip
Keywords: میزان انتشار انرژی; Hexagonal quasicrystal; Piezoelectric effect; Collinear cracks; Field intensity factors; Energy release rate;
Fatigue crack growth in welds based on a V-notch model for the short crack propagation at the toe
Keywords: میزان انتشار انرژی; Fatigue; Fracture mechanics; Welded joints; Energy release rate; V-notch;
Determination of mode I and II adhesion toughness of monolayer thin films by circular blister tests
Keywords: میزان انتشار انرژی; Adhesion toughness; Circular blisters; Energy release rate; Interface fracture; Thin films;
A new analytical generalization of the J and G-theta integrals for planar cracks in a three-dimensional medium
Keywords: میزان انتشار انرژی; Invariant integral; Linear fracture mechanics; Three-dimensional problems; Energy release rate;
Combined effects of cooperative grain boundary sliding and migration and reinforced particles on crack growth in fine-grained Mg alloys
Keywords: میزان انتشار انرژی; Grain boundary sliding; Grain boundary migration; Basal crack; Reinforced particle; Fine-grained Mg alloys; Energy release rate;
Prediction of tearing energy in mode III for filled elastomers
Keywords: میزان انتشار انرژی; Trouser specimen; Tearing energy; J-integral; Crack growth; Energy release rate;
A new coupled method for high-accuracy determination of fracture parameters of an interface V-notch in magneto-electro-elastic bimaterial
Keywords: میزان انتشار انرژی; Symplectic method; V-notched magneto-electro-elastic composites; Interface fracture; Intensity factor; Energy release rate;
Equivalent energy release rate and crack stability in the End Notched Flexure with inserted roller mixed mode I/II test
Keywords: میزان انتشار انرژی; Composites; Delamination; Mixed-mode; Energy release rate; Crack stability;
Prediction of energy release rate in crack opening mode (mode I) for filled and unfilled elastomers using the Ogden model
Keywords: میزان انتشار انرژی; Stretch intensity factor; Mode I; Energy release rate; Tearing energy; J-Integral;
Mixed mode fracture characterization of GFRP-concrete bonded interface using four-point asymmetric end-notched flexure test
Keywords: میزان انتشار انرژی; Interface debonding; Glass fiber reinforced polymer; Concrete; Compliance; End-notched flexure (ENF) specimen; Energy release rate; Fracture toughness;
Analysis of a three-dimensional arbitrarily shaped interface crack in a one-dimensional hexagonal thermo-electro-elastic quasicrystal bi-material. Part 2: Numerical method
Keywords: میزان انتشار انرژی; One-dimensional hexagonal thermo-electro-elastic quasicrystal bi-material; Fundamental solution; Constant triangular element; Gaussian distribution function; Elliptical interface crack; Extended displacement discontinuity method; Extended stress intensity
Room temperature spallation of α-alumina films grown by oxidation
Keywords: میزان انتشار انرژی; Alumina film; Energy release rate; Pockets of energy concentration; Residual stress; Spallation;
Development of bending tests for near shear mode interfacial toughness measurement of EB-PVD thermal barrier coatings
Keywords: میزان انتشار انرژی; TBCs; Mode mixity; Interfacial toughness; Energy release rate; Bending tests;
How does surface tension affect energy release rate of cracks loaded in Mode I?
Keywords: میزان انتشار انرژی; Surface tension; Crack; Energy release rate; Stress intensity factor; Laplace pressure
Partition of mixed-mode fractures in 2D elastic orthotropic laminated beams under general loading
Keywords: میزان انتشار انرژی; Energy release rate; Fracture mode partitioning; Orthotropic laminated composites; Mixed-mode fracture; Orthogonal pure modes; Shear forces;
Modified single cantilever adhesion test for EMC/PSR interface in thin semiconductor packages
Keywords: میزان انتشار انرژی; Adhesion strength; Single cantilever adhesion test; Energy release rate; J-integral; EMC; Epoxy molding compound; Photo solder resist; PSR
Analysis of an arbitrarily shaped interface crack in a three-dimensional isotropic thermal elastic bi-material. Part 2: Numerical method
Keywords: میزان انتشار انرژی; Three-dimensional isotropic thermal elastic bi-materials; Interface crack; Displacement discontinuity method; Fundamental solution; Triangular element; Gaussian distribution function; Stress intensity factors; Energy release rate;
Size dependent energy release rate of notched FGM beams based on a modified couple stress theory
Keywords: میزان انتشار انرژی; Size dependency; Energy release rate; Functionally graded material; Modified couple stress theory;
Analysis of an arbitrarily shaped interface cracks in a three-dimensional isotropic thermoelastic bi-material. Part 1: Theoretical solution
Keywords: میزان انتشار انرژی; Isotropic thermoelastic bi-materials; Interface crack; Displacement and temperature discontinuities; Hyper-singular boundary integral-differential equations; Stress intensity factor; Heat flux intensity factor; Energy release rate;
3-D simulation of arbitrary crack growth using an energy-based formulation – Part II: Non-planar growth
Keywords: میزان انتشار انرژی; Crack growth; Mixed-mode fracture; Energy release rate; Finite-element analysis; Virtual crack extension
Crack tip enrichment functions for extended finite element analysis of two-dimensional interface cracks in anisotropic magnetoelectroelastic bimaterials
Keywords: میزان انتشار انرژی; Extended finite element method; Magnetoelectroelastic materials; Interfacial crack; Oscillating singularity; J-integral; Energy release rate
On the calculation of energy release rate and mode mixity in delaminated laminated beams
Keywords: میزان انتشار انرژی; Composites; Laminated beam; Delamination; Energy release rate; Mixed-mode fracture;
A three-parameter R-curve of concrete-like quasi-brittle materials
Keywords: میزان انتشار انرژی; Concrete; Fracture mechanics; R-curve; Energy release rate; Local fracture energy
Interfacial energy release rates of SiN/GaAs film/substrate systems determined using a cyclic loading dual-indentation method
Keywords: میزان انتشار انرژی; Nanoindentation; Delamination; Cyclic loading; Energy release rate
Effect of initial T-stress on stress intensity factor for a crack in a thin pre-stressed layer
Keywords: میزان انتشار انرژی; Initial stress; Pre-stressed structure; Crack; Stress intensity factor; Energy release rate
A regularized time-domain BIEM for transient elastodynamic crack analysis in piezoelectric solids
Keywords: میزان انتشار انرژی; Dynamic fracture analysis; Piezoelectric material; Singular BIEs; Stress intensity factor; Energy release rate
BEM analysis of electrically limited permeable cracks considering Coulomb tractions in piezoelectric materials
Keywords: میزان انتشار انرژی; Piezoelectric materials; Electrically limited permeable; Energy release rate; J-integral; Coulomb traction; BEM
G-control fatigue testing for cyclic crack propagation in composite structures
Keywords: میزان انتشار انرژی; Sandwich; Interface; Fracture characterization; Energy release rate; Crack propagation;
Method for calculating G, GI, and GII to simulate crack growth in 2D, multiple-material structures
Keywords: میزان انتشار انرژی; Interface fracture; Mixed mode fracture; Composites; Finite element analysis; Energy release rate