Keywords: مکانیزم آسیب; Creep-fatigue; Damage mechanism; Hold time effect; Coincident site lattice boundary; Life assessment;
مقالات ISI مکانیزم آسیب (ترجمه نشده)
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Keywords: مکانیزم آسیب; Superalloys; γⲠprecipitate; Tertiary creep; Damage mechanism; Phase-field model;
Keywords: مکانیزم آسیب; 140.0140; 140.3390; Laser radiation effects; Continuous wave laser; Triple-junction solar cells; Damage mechanism;
Keywords: مکانیزم آسیب; Composite scarf-repaired laminate; Continuum damage mechanics; Impact behavior; Damage mechanism; Configurational parameters;
Keywords: مکانیزم آسیب; Acidic environment; Freeze-thaw of rock; Damage mechanism; Statistical strength; Constitutive model;
Keywords: مکانیزم آسیب; Thermo-mechanical fatigue; Cyclic deformation; Damage mechanism; Multiaxial non-proportional loading; Ni-based superalloy;
Keywords: مکانیزم آسیب; Al-Si piston alloy; Thermo-mechanical fatigue; Life prediction; Damage mechanism;
Keywords: مکانیزم آسیب; Acoustic emission; Cement paste; Damage mechanism; Unsupervised pattern recognition; Micro-CT scanning;
Keywords: مکانیزم آسیب; Wheel/rail; Surface fatigue crack; Damage mechanism; Attack angle;
Keywords: مکانیزم آسیب; Composite laminates; Delamination; Damage mechanism; Low-energy impact;
Keywords: مکانیزم آسیب; 7075 aluminum alloy; Torsional fretting fatigue; Damage mechanism; Micro-crack;
Keywords: مکانیزم آسیب; Prestressed concrete; Reinforced concrete; Drop impact; Energy absorption; Damage mechanism; Finite element analysis;
Keywords: مکانیزم آسیب; Compacted graphite iron; Low-cycle fatigue; Temperature; Damage mechanism; Life prediction model;
Keywords: مکانیزم آسیب; 3D braided composites; Three-dimensional digital image correlation; Damage mechanism; Energy absorption mechanism;
Keywords: مکانیزم آسیب; Wheel material; Wear transition; Slip ratio; Damage mechanism; Wear mapping;
Keywords: مکانیزم آسیب; Carbon fiber; Basalt fiber; Hybrid composite; Mechanical properties; Finite element modeling; Damage mechanism;
Keywords: مکانیزم آسیب; High-Mn TWIP steels; Tension; Low-cycle fatigue; Damage mechanism; Life prediction;
Keywords: مکانیزم آسیب; damage mechanism; nutrient concentration; root tip cell; SAP hydrogels; soil moisture conditioners; water-saving agriculture;
Keywords: مکانیزم آسیب; Tensile fatigue behavior; Shape memory alloys; Damage mechanism; Residual strength; Residual stiffness;
Keywords: مکانیزم آسیب; Abrasion resistance; Alloy steel; Scratch tests; Strain hardening; Damage mechanism;
Keywords: مکانیزم آسیب; Cyclic plasticity; 316L steel; Multiaxial straining; Damage mechanism; Crack initiation;
Keywords: مکانیزم آسیب; Polymer; Constitutive model; Scratch; Damage mechanism; Finite element simulation;
Keywords: مکانیزم آسیب; Wind-blown sand environment; Concrete; Damage mechanism; Similarity analysis; Erosion rate;
Keywords: مکانیزم آسیب; Rubberized concrete; Crumb rubber; Damage mechanism; Material characterization; Impact energy;
Keywords: مکانیزم آسیب; Highly geothermal environment; Adhesion strength; Shrinkage; Shotcrete-surrounded rock; Damage mechanism;
Keywords: مکانیزم آسیب; Damage mechanism; Ceramic laminates; Residual stresses; Strain energy density factor; Crack propagation direction;
Keywords: مکانیزم آسیب; Fatigue; Martensitic phase; Nitinol (NiTi); Multiaxial loading; Damage mechanism; Review
Keywords: مکانیزم آسیب; Gamma radiation; Silicone foam; Mechanical properties; Damage mechanism;
Keywords: مکانیزم آسیب; Composite sandwich panel; Truss cores; High temperature; Indentation response; Damage mechanism;
Keywords: مکانیزم آسیب; High-cycle fatigue; Intrinsic dissipation; Temperature variation; Damage mechanism
Keywords: مکانیزم آسیب; Enamel; Strain localization; Non-uniform arrangement; Damage mechanism;
Keywords: مکانیزم آسیب; Blast test; Scaled distance; Damage mechanism; Full-scale slabs; Peak overpressure
Keywords: مکانیزم آسیب; Shear key; 3D model; Seismic response; Failure mode; Damage mechanism
Keywords: مکانیزم آسیب; Cementitious fire protection coating; Cohesive zone finite element (CZFE); Damage mechanism; Axial loading; Monotonic loading test; Steel structure
Keywords: مکانیزم آسیب; multi-walled carbon nanotube (MWCNTs); electron beam irradiation; morphology; damage mechanism;
Keywords: مکانیزم آسیب; Dual phase steel; Damage mechanism; Void nucleation kinetics
Keywords: مکانیزم آسیب; Fretting fatigue; Bending fretting; Damage mechanism; Dislocation;
Keywords: مکانیزم آسیب; Scratch; Acrylic rubbers; Poly(methyl methacrylate); Damage mechanism;
Keywords: مکانیزم آسیب; High-cycle fatigue; Dissipation; Damage mechanism; Fatigue behavior; Microplasticity;
Compressive strength and damage mechanisms of 2D-C/SiC composites at high temperatures
Keywords: مکانیزم آسیب; 2D-C/SiC composites; Compressive strength; Damage mechanism;
Micro-XCT analysis of damage mechanisms in 3D circular braided composite tubes under transverse impact
Keywords: مکانیزم آسیب; 3D braided composite tube; Transverse impact; X-ray computed tomography; Damage mechanism;
Seismic damage assessment and mechanism analysis of underground powerhouse of the Yingxiuwan Hydropower Station under the Wenchuan earthquake
Keywords: مکانیزم آسیب; Wenchuan earthquake; Underground powerhouse; Field investigation; Numerical simulation; Damage mechanism;
Experimental and numerical study on damage mechanism of CFDST bridge columns subjected to contact explosion
Keywords: مکانیزم آسیب; Concrete-filled double-skin steel tube (CFDST) column; Contact explosion; Field testing; Numerical simulation; Damage mechanism; Energy absorption;
Damage evolution and mechanism of TiN/Ti multilayer coatings in sand erosion condition
Keywords: مکانیزم آسیب; Sand erosion condition; Damage evolution; Damage mechanism; TiN/Ti multilayer coating; Period number;
Comparative study of the effects of surface mechanical attrition treatment and conventional shot peening on low cycle fatigue of a 316L stainless steel
Keywords: مکانیزم آسیب; SMAT; Conventional shot peening; 316L steel; Low cycle fatigue; Damage mechanism;
In situ experimental investigation on the out-plane damage evolution of 3D woven carbon-fiber reinforced composites
Keywords: مکانیزم آسیب; In situ experiment; Synchrotron radiation computer tomography (SRCT); Damage mechanism; Out-plane properties; 3D woven carbon-fiber reinforced composites;
Experimental study on compressive behavior and failure analysis of composite concrete confined by glass/epoxy ±55° filament wound pipes
Keywords: مکانیزم آسیب; GFRP tubes; Composite column; Uniaxial strength; Filament winding; Damage mechanism; Confined concrete; Fiber orientation; Debonding; Micro structure;
Fatigue damage in angle-ply GFRP laminates under tension-tension fatigue
Keywords: مکانیزم آسیب; Fatigue; Damage mechanism; Dissipated energy; Self-generated temperature; Reflectance;
Two failure modes of C/SiC composite under different impact loads
Keywords: مکانیزم آسیب; C/SiC composites; Impact resistance; Damage mechanism; Orthotropic constitutive model; Hardening;
Experimental and numerical investigation of adhesively bonded ±55° filament wound tubular specimens under internal pressure
Keywords: مکانیزم آسیب; Filament-wound tube; Adhesive bonding; Internal pressure; X-ray tomography; Damage mechanism; Finite element analysis;