Keywords: میزان انتشار انرژی اتمی; Delamination; Interconnect; Orthotropic; Phase angle; Strain energy release rate;
مقالات ISI میزان انتشار انرژی اتمی (ترجمه نشده)
مقالات زیر هنوز به فارسی ترجمه نشده اند.
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.
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: میزان انتشار انرژی اتمی; Durability; Recycled Asphalt Pavement (RAP); Warm Mix Additive (WMA); Fracture resistance; Strain energy release rate; Moisture damage resistivity; Tensile Strength Ratio (TSR);
Keywords: میزان انتشار انرژی اتمی; Foam core sandwich structures; Fibre reinforced polymer (FRP); Hygrothermal; Mechanical properties; Durability; Mode I interfacial fracture; Double cantilever beams; Strain energy release rate;
Keywords: میزان انتشار انرژی اتمی; Steam-driven delamination; Thermal misfit stress; Strain energy release rate; Microelectronic packaging;
Keywords: میزان انتشار انرژی اتمی; Zirconia bonding; Glass-ceramic bonding; Resin bonding; Glass bonding; Dental ceramics; Fracture mechanics; Ageing; Schwickerath test; Strain energy release rate;
Keywords: میزان انتشار انرژی اتمی; Interface cracks; Stress intensity factors; Strain energy release rate; Three-dimensional finite element analysis; Semi-elliptical surface crack;
Keywords: میزان انتشار انرژی اتمی; Strain energy release rate; Thermoelastic fracture; Virtual crack extension method; J-integral; Complex-variable finite element method; Complex Taylor series expansion;
Keywords: میزان انتشار انرژی اتمی; Schwickerath testing; Four-point bend testing; Glass-ceramic; Zirconia; Glass bonding; Composite resin bonding; Strain energy release rate; Adhesion;
Keywords: میزان انتشار انرژی اتمی; strain energy density; strain energy release rate; smart materials; giant magnetostrictive materials; fracture toughness; magnetic field;
Keywords: میزان انتشار انرژی اتمی; Large deformation; Double cantilever beam; Strain gradient elasticity theory; Strain energy release rate;
Keywords: میزان انتشار انرژی اتمی; Brittle materials; Shale hydraulic fracturing; Crack deflection; Strain energy release rate; Heterogeneous interfaces;
Keywords: میزان انتشار انرژی اتمی; Bimodulus; Curing stress; Functionally graded; Modified crack closure integral; Strain energy release rate;
Keywords: میزان انتشار انرژی اتمی; Subcritical crack growth; Delamination; Cyclic loading; Toughness; Strain energy release rate
Keywords: میزان انتشار انرژی اتمی; Mortars; Multi-walled carbon nanotubes; Carbon nanofibers; Fracture toughness stress intensity factor; Strain energy release rate; Modulus of elasticity
Keywords: میزان انتشار انرژی اتمی; Effective local stress intensity factor; Crack initiation direction; Strain energy release rate; T stress;
Keywords: میزان انتشار انرژی اتمی; Biaxial fatigue; Phase difference; Crack growth rate; Strain energy release rate; Aluminum alloy
Keywords: میزان انتشار انرژی اتمی; Composite patch; Stiffened plate; Single-side patch; Thick plate; Strain energy release rate
Keywords: میزان انتشار انرژی اتمی; Solder; Fracture; Strain energy release rate; Strain rate; Mixed mode
Keywords: میزان انتشار انرژی اتمی; Strain Energy Release Rate; Delamination; Fatigue; Quasi-static
Keywords: میزان انتشار انرژی اتمی; Solder; Fracture; Strain energy release rate; Strain rate; Mixed mode
Keywords: میزان انتشار انرژی اتمی; Lithiation/delithiation; Large deformation; Strain energy release rate; Critical size
Keywords: میزان انتشار انرژی اتمی; Buckling of composite plate; Mixed-mode delamination growth; Delamination; Strain energy release rate; Voids
Keywords: میزان انتشار انرژی اتمی; Carbon fiber reinforced plastic plate; Double shear lap joint; Finite element analysis; Strain energy release rate; Analytical modeling
Keywords: میزان انتشار انرژی اتمی; Gelatin tissue phantom; Frictional energy; Strain energy release rate; Needle insertion;
Experimental and computational correlation of fracture parameters KIc, JIc, and GIc for unimodular and bimodular graphite components
Keywords: میزان انتشار انرژی اتمی; 3D J integral; Bimodularity; Contour integral; Fracture toughness; Graphite; Strain energy release rate; Weibull;
An investigation on effects of acid etching duration on adhesive bonding of polyethylene to E-glass/epoxy composites
Keywords: میزان انتشار انرژی اتمی; Adhesive bonding; Surface treatment; Contact angles; Strain energy release rate;
“A new physical aspect for elastic-viscous transition and velocity jump in fracture of rubbers”
Keywords: میزان انتشار انرژی اتمی; Elastic-viscous transition; Strain energy release rate; Stick-slip motion;
Finite element analysis of a low-velocity impact test for glass fiber-reinforced polypropylene composites considering mixed-mode interlaminar fracture toughness
Keywords: میزان انتشار انرژی اتمی; Glass fiber-reinforced polypropylene composites; Strain energy release rate; Cohesive zone method; Low-velocity impact test;
Augmented Strain Energy Release Rate (ASER): A novel approach for investigation of mixed-mode I/II fracture of composite materials
Keywords: میزان انتشار انرژی اتمی; Mixed mode fracture; Strain energy release rate; Orthotropic materials; Arbitrary crack-fibre angle; Reinforced isotropic material;
Determination of mode I & II strain energy release rates in composite foam core sandwiches. An experimental study of the composite foam core interfacial fracture resistance
Keywords: میزان انتشار انرژی اتمی; Adhesives; Composites; Strain energy release rate; SERR; Interfaces; Wind turbine blade;
Fracture behavior of filament in Nb3Sn strands with crack-bridging model
Keywords: میزان انتشار انرژی اتمی; Nb3Sn strand; Filament fracture; Bridging model; Strain energy release rate
Inter-laminar delamination analyses of Spar Wingskin Joints made with flat FRP composite laminates
Keywords: میزان انتشار انرژی اتمی; Delamination; Strain energy release rate; Spar Wingskin Joint; Virtual Crack Closure Technique;
Prediction of interfacial adhesion strength of nanoscale Al/TiN films passed through patterned BEOL interconnects
Keywords: میزان انتشار انرژی اتمی; Interfacial delamination; Strain energy release rate; Finite element simulation; Four-point bending measurement;
Mechanics of tungsten blistering II: Analytical treatment and fracture mechanical assessment
Keywords: میزان انتشار انرژی اتمی; Tungsten; Plasma-facing armor; Blister; Crack; J-integral; Strain energy release rate;
Comparison of solder joint fracture behavior in Arcan and DCB specimens
Keywords: میزان انتشار انرژی اتمی; Solder; Fracture; Strain energy release rate; DCB; Arcan; Constraint
Adhesion determination of dental porcelain to zirconia using the Schwickerath test: Strength vs. fracture energy approach
Keywords: میزان انتشار انرژی اتمی; Adhesion; Zirconia; Porcelain; Schwickerath test; Strain energy release rate;
Competition of crack and debonding at the interface of a circular rigid inclusion under uniform loading
Keywords: میزان انتشار انرژی اتمی; Competition; Debonding; Circular inclusion; Crack; Strain energy release rate; Stress intensity factor; Mapping function; Complex stress function
Mixed-mode I/II fracture study of polymer composites using Single Edge Notched Bend specimens
Keywords: میزان انتشار انرژی اتمی; Mixed-mode I/II loading conditions; Polymer composite; Virtual crack closure technique; Linear-elastic fracture mechanics; Single Edge Notched Bend specimen; Strain energy release rate;
Effect of autoclave induced low-temperature degradation on the adhesion energy between yttria-stabilized zirconia veneered with porcelain
Keywords: میزان انتشار انرژی اتمی; Bond strength; Strain energy release rate; Four point bend; Zirconia; Veneering porcelain; Autoclave; Fracture behavior; EBSD; Electron backscatter diffraction;
Enhancement of the adhesion between cobalt-base alloys and veneer ceramic by application of an oxide dissolving primer
Keywords: میزان انتشار انرژی اتمی; Cobalt-base alloy; Veneering; Ceramic; Bond strength; Adhesion; Primer; Strain energy release rate; SEM
Characterizing fatigue delamination growth behaviour using specimens with multiple delaminations: The effect of unequal delamination lengths
Keywords: میزان انتشار انرژی اتمی; Delamination; Fatigue; Strain energy release rate; Interaction effects
The effect of thermally grown oxide on multiple surface cracking in air plasma sprayed thermal barrier coating system
Keywords: میزان انتشار انرژی اتمی; Thermally grown oxide; Surface crack; Thermal barrier coating; Extended finite element method; Strain energy release rate;
Effect of thermal expansion mismatch on the Y-TZP/veneer interfacial adhesion determined by strain energy release rate
Keywords: میزان انتشار انرژی اتمی; Zirconia; Bond strength; Thermal mismatch; Residual stresses; Strain energy release rate;
Crack problems in a viscoelastic medium using enriched finite element method
Keywords: میزان انتشار انرژی اتمی; Enriched finite element method; Linear viscoelasticity; Crack problems; Strain energy release rate
Determining buckling strain energy release rate through indentation-induced delamination
Keywords: میزان انتشار انرژی اتمی; Strain energy release rate; Buckling; Indentation
The surface cracking behavior in air plasma sprayed thermal barrier coating system incorporating interface roughness effect
Keywords: میزان انتشار انرژی اتمی; Interface roughness; Strain energy release rate; Surface crack; Film; Substrate; Extended finite element method;
Effect of surface treatments on adhesion of low-fusing porcelain to titanium as determined by strain energy release rate
Keywords: میزان انتشار انرژی اتمی; Titanium; Porcelain; Adhesion; Hydrofluoric acid; Methylene chloride; Hydrogen peroxide; Strain energy release rate; Surface roughness
The effect of the rate of strain on tearing in rubber
Keywords: میزان انتشار انرژی اتمی; Rubber; Elastomer; Polymer; Carbon black; Strain induced crystallisation; Tear; Strength; Strain energy release rate; Tearing energy;
Calculation of GIGI for a multidirectional composite double cantilever beam on two-parametric elastic foundation
Keywords: میزان انتشار انرژی اتمی; Delamination; Strain energy release rate; DCB specimen; Timoshenko beam; Elastic foundation
A localised experimental–numerical technique for determining mixed mode strain energy release rates
Keywords: میزان انتشار انرژی اتمی; Delamination; Strain energy release rate; Mode mixity; Composite materials; Localised experimental–numerical technique