Keywords: رشد سریع آرام; Polyethylene; Short chain branch; Crystallization; Slow crack growth;
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Keywords: رشد سریع آرام; Polyethylene pipes; Slow crack growth; Oxidation induction time; Fatigue testing;
Keywords: رشد سریع آرام; Temperature-dependent; Zirconia and alumina single crystal fibers; Fracture strength; Slow crack growth;
Keywords: رشد سریع آرام; Crack layer theory; Slow crack growth; Modeling; High density polyethylene; Parametric study;
Keywords: رشد سریع آرام; Polyethylene pipes; Slow crack growth; Notched pipe test; Cracked round bar; Strain hardening modulus;
Keywords: رشد سریع آرام; Electron beam irradiation; Polyethylene; Mechanical properties; Fatigue failure strength; Slow crack growth;
Keywords: رشد سریع آرام; Crack layer theory; Slow crack growth; Simulation; High density polyethylene; Fatigue
Keywords: رشد سریع آرام; Circular notched bar specimen; Crack layer theory; Green's function; Slow crack growth; High-density polyethylene;
Keywords: رشد سریع آرام; Slow crack growth; Stress-rupture; Static fatigue; Cyclic fatigue; Creep-fatigue interaction; Accelerated test; Polyethylene pipe grade resin;
Keywords: رشد سریع آرام; Slow crack growth; SiC; Toughness; Grain morphology;
Keywords: رشد سریع آرام; DEJ, dento-enamel-junction; FEM, finite element method; FGM, functionally graded multilayer; SCG, slow crack growth; CASCG, creep-assisted slow crack growthCreep; Slow crack growth; Hertzian contact; Dental multilayers
Keywords: رشد سریع آرام; Fracture toughness; Slow crack growth; Chevron notch; Load control; Loading rate;
Keywords: رشد سریع آرام; Slow crack growth; Butt weld; Lifetime estimation; Polyolefin pipes; Weld bead;
Keywords: رشد سریع آرام; Dental ceramics; Glass dissolution; Y-TZP; Low temperature degradation; Slow crack growth; Crack growth threshold;
Keywords: رشد سریع آرام; Crack-layer model; Slow crack growth; Brittle fracture; Lifetime assessment; Polyethylene
Keywords: رشد سریع آرام; Aluminosilicate glasses; Fictive temperature; Crack initiation; Slow crack growth; Environmental fatigue;
Keywords: رشد سریع آرام; Multilayer pipes; Generalised stress intensity factor; Material interface; Slow crack growth; Polyolefin pipes;
Slow-crack-growth and indentation damage in calcium magnesium aluminosilicate (CMAS) glass from desert sand
Keywords: رشد سریع آرام; CMAS (calcium magnesium aluminosilicate); CMAS glass; Slow crack growth; Mechanical properties; Indentation fracture; Indentation deformation;
Impact of machining on the flexural fatigue strength of glass and polycrystalline CAD/CAM ceramics
Keywords: رشد سریع آرام; CAD/CAM; computer-aided design computer-aided manufacturing; FDPs; fixed dental prostheses; SCG; slow crack growth; Y-TZP; yttria-stabilized polycrystalline tetragonal zirconia; Ra; average surface roughness (μm); Rz; arithmetic mean peak-to-valley heigh
ADM guidance-ceramics: Fatigue principles and testing
Keywords: رشد سریع آرام; Static fatigue; Dynamic; Cyclic loading; Slow crack growth; Ceramic fracture; Degradation; Lifetime; SPT diagram; S-N curve;
Descriptions of crack growth behaviors in glass–ZrO2 bilayers under thermal residual stresses
Keywords: رشد سریع آرام; Thermal incompatibility; Residual stresses; Slow crack growth; Crack shielding; Dental zirconia; Cooling rate; Birefringence
Test methodInfluence of specimen geometry on the slow crack growth testing of HDPE for pipe applications
Keywords: رشد سریع آرام; Slow crack growth; Pennsylvania Edge-Notch Tensile; Circumferentially Deep Notched Tensile; Ethylene copolymers;
Analytical model to predict the lifetime of concrete members externally reinforced with FRP
Keywords: رشد سریع آرام; Crack velocity; Delayed debonding; Life-through estimation; Slow crack growth; Time–debonding interaction; Time-dependent failure
Test method comparisonEvaluation of the applicability of the cracked round bar test as standardized PE-pipe ranking tool
Keywords: رشد سریع آرام; Polyethylene; Pipe; Slow crack growth; Fatigue;
The applicability of the Pennsylvania Notch Test for a new generation of PE pipe grades
Keywords: رشد سریع آرام; PENT test; Lifetime prediction; HDPE; Slow crack growth; Fracture mechanics;
Bio-inspired dental multilayers: Effects of layer architecture on the contact-induced deformation
Keywords: رشد سریع آرام; Bio-inspired design; Functionally graded multilayers; Finite element method; Slow crack growth
Effect of lithium-to-magnesium ratio in metaphosphate glasses on crack-tip condensation and sub-critical crack growth
Keywords: رشد سریع آرام; Phosphate glasses; Slow crack growth; Capillary condensation; Mixed mobile ion effect
The effect of residual stress on polymer pipe lifetime
Keywords: رشد سریع آرام; Residual stress; Linear elastic fracture mechanics; Lifetime estimation; Polyethylene pipes; Slow crack growth
The influence of pigments on the slow crack growth in dental zirconia
Keywords: رشد سریع آرام; Fracture toughness; Pigments; R-curve behavior; Slow crack growth; Zirconia;
Lifetime assessment of engineering thermoplastics
Keywords: رشد سریع آرام; Accelerated testing; Slow crack growth; Ductile–brittle transition; Crack layer; Thermoplastics
Mechanical properties and lifetime predictions for Ba0.5Sr0.5Co0.8Fe0.2O3âδ membrane material
Keywords: رشد سریع آرام; Ceramics; Oxygen separation; Slow crack growth; Creep rupture; Lifetime;
Investigation of subcritical crack growth using load relaxation tests on fiber bundles
Keywords: رشد سریع آرام; E-glass fibers; Bundle tensile test; Slow crack growth; Humidity effect; Statistical fracture
Effect of the microstructure on the lifetime of dental ceramics
Keywords: رشد سریع آرام; Slow crack growth; Reliability; Lifetime; Dental ceramics
Slow crack growth and reliability of dental ceramics
Keywords: رشد سریع آرام; Slow crack growth; Lifetime; Reliability; Dental ceramics;
On-set slow cracking time detection for the Notched Ring Test
Keywords: رشد سریع آرام; Notched ring test; Slow crack growth; Crack initiation; Plastic pipes;
Mechanical behavior of La0.8Sr0.2Ga0.8Mg0.2O3 perovskites
Keywords: رشد سریع آرام; C. Fracture; C. Mechanical properties; D. Perovskites; E. Fuel cells; Slow crack growth
Test MethodSpecial fracture mechanics specimens for multilayer plastic pipes testing
Keywords: رشد سریع آرام; Multilayer plastic pipes; C-type specimen; K-calibration; Fracture toughness; Slow crack growth; Non-homogenous specimens;
Effect of ion exchange on strength and slow crack growth of a dental porcelain
Keywords: رشد سریع آرام; Dental porcelain; Ion exchange; Strength; Slow crack growth; Saliva;
A fracture mechanics concept for the accelerated characterization of creep crack growth in PE-HD pipe grades
Keywords: رشد سریع آرام; Polymers; Pipe; Polyethylene; Fatigue; Slow crack growth
Prediction of the remaining lifetime of polyethylene pipes after up to 30 years in use
Keywords: رشد سریع آرام; Polyethylene; Fatigue; Pipe; Slow crack growth; Lifetime prediction; Ageing;
Correlation of in vitro fatigue data and in vivo clinical performance of a glassceramic material
Keywords: رشد سریع آرام; Glassceramic; Clinical study; Dynamic fatigue; Slow crack growth; Fracture strength; IPS Empress
Influence of leucite content on slow crack growth of dental porcelains
Keywords: رشد سریع آرام; Dental porcelain; Slow crack growth; Fracture toughness; Microstructure; Mechanical properties
Influence of pH on slow crack growth of dental porcelains
Keywords: رشد سریع آرام; Dental porcelain; Slow crack growth; Fractography; Microstructure; Fatigue
Cyclic crack growth tests with CRB specimens for the evaluation of the long-term performance of PE pipe grades
Keywords: رشد سریع آرام; Polyethylene; Slow crack growth; Fatigue; Ranking;
Slow crack growth and failure induced by manufacturing defects in HDPE-tubes
Keywords: رشد سریع آرام; Polyethylene; Slow crack growth; Stress concentrations; Fracture surfaces; Fracture toughness
Influence of nonylphenol-polyglycol-ether environments on the results of the full notch creep test
Keywords: رشد سریع آرام; Polyethylene; Slow crack growth; Full notch creep test; Surface active environment;
On the relevance of a notch creep test for the comprehension and prediction of slow crack growth in PVDF
Keywords: رشد سریع آرام; Polyvinylidene fluoride; Slow crack growth; Crack opening displacement; Process zone; Cavitation; Pipes;
Slow crack growth of brittle materials with exponential crack velocity under cyclic fatigue loading
Keywords: رشد سریع آرام; Slow crack growth; Crack-velocity formulation; Power-law crack velocity; Exponential crack velocity; Life prediction; Advanced ceramics; Fatigue testing
Post-mortem analysis of failure in polyvinylidene fluoride pipes tested under constant pressure in the slow crack growth regime
Keywords: رشد سریع آرام; Slow crack growth; Failure modes; Cavitation failures; Polymer degradation; Pipeline failures
Load-rate dependency of ultimate tensile strength in ceramic matrix composites at elevated temperatures
Keywords: رشد سریع آرام; Continuous fiber-reinforced ceramic matrix composites; Tensile strength; Stress rupture; Slow crack growth;