Keywords: انرژی تخریب شده; Asphalt mixture; Fatigue life; Aging; Fracture energy; Dissipated energy;
مقالات ISI انرژی تخریب شده (ترجمه نشده)
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Keywords: انرژی تخریب شده; Steel plate shear walls (SPSW); Steel shear walls connected to frame beams only (SSW-BO); Cyclic loading; Hysteresis; Dissipated energy; Ductility;
Keywords: انرژی تخریب شده; Buried pipeline; Normal fault; Dissipated energy; Analytical solution; Fragility analysis;
Keywords: انرژی تخریب شده; Cyclic loading; Concrete; Dissipated energy; Damage indicator; Acoustic emission;
Keywords: انرژی تخریب شده; Experimental modal analysis (EMA); Modal identification; Modal constants; Dissipated energy; Elliptical plane;
Keywords: انرژی تخریب شده; Concrete; Fatigue test; Damage indicator; Hysteresis; Dissipated energy;
Keywords: انرژی تخریب شده; Fatigue life; Time sweep test; Dissipated energy; Nano-clay; Nano-alumina;
Keywords: انرژی تخریب شده; Porous asphalt; SBS polymer; Fatigue life; 4-Point beam fatigue test; Dissipated energy;
Keywords: انرژی تخریب شده; Fatigue life; Monotonic; Cyclic tests; Recycled concrete aggregate (RCA); Asphalt mixture; Dissipated energy;
Keywords: انرژی تخریب شده; Asphalt concrete; phase angle; dissipated energy;
Keywords: انرژی تخریب شده; Liquefaction potential evaluation; Wave energy; Dissipated energy; Strain energy; Stress-strain hysteresis; Cyclic loading test;
Keywords: انرژی تخریب شده; Asphalt binder; Fatigue life; Time sweep test; Dissipated energy; IDE;
Keywords: انرژی تخریب شده; Fatigue crack; mixed mode loading; dissipated energy; the plastic zone shape;
Keywords: انرژی تخریب شده; Cyclic Loading; Damage Index; Dissipated Energy; Failure Estimation; Piping Elbow; Ultimate State;
Keywords: انرژی تخریب شده; Semi-supported steel shear walls (SSSW); Ductility; Finite element; Cyclic loading; Hysteresis; Dissipated energy; Slenderness ratio;
Keywords: انرژی تخریب شده; Wear; Dissipated energy; Frictional contact; Finite strains;
Keywords: انرژی تخریب شده; Fretting; Nano-indentation; Tribologically transformed structure; Dissipated energy;
Keywords: انرژی تخریب شده; Bituminous concrete; fatigue; stiffness modulus; normalised modulus; dissipated energy;
Keywords: انرژی تخریب شده; Fatigue resistance; Reclaimed asphalt; Stone mastic asphalt; Dissipated energy; Ratio of Dissipated Energy Change;
Keywords: انرژی تخریب شده; Asphalt binder fatigue; Fatigue damage; Failure definition; Dissipated energy;
Keywords: انرژی تخریب شده; Fractional calculus in linear viscoelasticity; Fractional creep and relaxation times; Dissipated energy; Loss and storage modulus;
Keywords: انرژی تخریب شده; Recoverable energy; Dissipated energy; Polysaccharide; Whey protein; Pectin; Pullulan; Dimethyl sulfoxide (PubChem CID: 679); Rhodamine B (PubChem CID: 6694); Acetone (PubChem CID: 180); Glutaraldehyde (PubChem CID: 3485); Sodium hydroxide (PubChem CID: 1
Keywords: انرژی تخریب شده; Wear; Friction; Dissipated energy; Wear models;
Keywords: انرژی تخریب شده; Fibre reinforced concrete; Dissipated energy; Wedge splitting test; Acoustic emission technique; Uniaxial tension load; Biaxial tension–compression load
Keywords: انرژی تخریب شده; Fibre reinforced concrete; Fracture mechanics; Dissipated energy; Work of fracture; Wedge Splitting Test; Biaxial tension–compression load
Keywords: انرژی تخریب شده; Experimental modal analysis (EMA); Modal identification; Method of the inverse; Dissipated energy
Keywords: انرژی تخریب شده; fatigue resistance; dissipated energy; 2-point bending; fracture mechanics approach
Keywords: انرژی تخریب شده; Granular particle; Multi-size system; Vertical segregation; Dissipated energy; Distribution model
Keywords: انرژی تخریب شده; gas-liquid pipe flow; two-phase flow; energy minimization; dissipated energy;
Keywords: انرژی تخریب شده; Bituminous mixtures; Cracking; Fatigue; Dissipated energy; Fénix test; EBADE test; Master curve;
Resistance of interfacial debonding failure of GFRP bars embedded in concrete reinforced with structural fibers under cycling loads
Keywords: انرژی تخریب شده; Glass fiber reinforced polymer; Structural fibers; Cycling load; Debonding failure; Dissipated energy;
Simulation of cold work evolution in Ti-1Al-1Mn under deformation and failure
Keywords: انرژی تخریب شده; Stored energy; Cold work; Dissipated energy; Fatigue crack propagation; Numerical simulation;
DUSST: Development of a new stress sweep fatigue test for asphalt mixtures
Keywords: انرژی تخریب شده; Asphalt mixture; Fatigue test; Stress sweep test; Dissipated energy; Fatigue behavior;
Development of Eccentrically Interconnected Braced Frame (EIC-BF) for seismic regions
Keywords: انرژی تخریب شده; Eccentrically Braced Frame (EBF); Mid-height gusset plate; Corner gusset plate; Structural Fuse (SF); Out-of-plane buckling; Dissipated energy;
Fatigue damage in angle-ply GFRP laminates under tension-tension fatigue
Keywords: انرژی تخریب شده; Fatigue; Damage mechanism; Dissipated energy; Self-generated temperature; Reflectance;
Interrupted tension-tension fatigue behavior of angle-ply GFRP composite laminates
Keywords: انرژی تخریب شده; Fatigue; Interrupted loading; Failure; Damage mechanism; Dissipated energy; Self-generated temperature;
Dissipated energy analysis of four-point bending test on asphalt concretes made with steel slag and RAP
Keywords: انرژی تخریب شده; Asphalt concrete; Reclaimed Asphalt Pavement; Steel slag; Stiffness modulus; Fatigue resistance; Dissipated energy;
Behavior of RC beams strengthened with strain hardening cementitious composites (SHCC) subjected to monotonic and repeated loads
Keywords: انرژی تخریب شده; RC beams; Strengthening; UHP-SHCC; Ductility; Repeated load; Dissipated energy; Stiffness degradation;
Experimental and numerical study on seismic behavior of LYS and HYS steel plate shear walls connected to frame beams only
Keywords: انرژی تخریب شده; Steel plate shear walls connected to frame beams only (SSW-BO); HYS; LYS; Hysteresis; Dissipated energy;
NSM Rebar and CFRP laminate strengthening for RC columns subjected to cyclic loading
Keywords: انرژی تخریب شده; Reinforced concrete column; Cyclic loading; NSM; CFRP; External strengthening; Dissipated energy; Stiffness degradation
Very high cycle fatigue for single phase ductile materials: Comparison between α-iron, copper and α-brass polycrystals
Keywords: انرژی تخریب شده; Self-heating; Dissipated energy; Persistent slip bands; Crack initiation; Microstructure;
Investigating the fatigue endurance limit of HMA mixture using RDEC approach
Keywords: انرژی تخریب شده; Asphalt; Fatigue; Endurance limit; Plateau value; Dissipated energy
Nanomechanical characteristics of lightweight aggregate concrete containing supplementary cementitious materials exposed to elevated temperature
Keywords: انرژی تخریب شده; Elevated temperature; Hydration products; Lightweight aggregate; Fly ash; Ground granulated blast-furnace slag; Nanoindentation; Interfacial transition zone; Internal curing; Dissipated energy
Determination of Valanis model parameters in a bolted lap joint: Experimental and numerical analyses of frictional dissipation
Keywords: انرژی تخریب شده; Bolted lap joint; Equivalent stiffness; Dissipated energy; Valanis parameters; Bolt preload;
Cartilage surface characterization by frictional dissipated energy during axially loaded knee flexion-An in vitro sheep model
Keywords: انرژی تخریب شده; Cartilage defect; Sheep model; Friction; Dissipated energy; Passive knee flexion; Robotic system;
Traditional and Dissipated Energy approaches to compare the 2PB and 4PB flexural methodologies on a Warm Mix Asphalt
Keywords: انرژی تخریب شده; Dissipated Energy; Warm Mix Asphalt; Fatigue; Four point bending; Two point bending;
The effect of drop height on bruising of selected apple varieties
Keywords: انرژی تخریب شده; Impact; Bruise; Dissipated energy; Apple
Stability analysis of an aeroelastic system with friction
Keywords: انرژی تخریب شده; Critical aerodynamic damping; Dissipated energy; Hysteresis spring friction; Input energy; Stability
UGR-FACT test for the study of fatigue cracking in bituminous mixes
Keywords: انرژی تخریب شده; Laboratory test; Bituminous mixtures; Fatigue cracking; Mix design; Dissipated energy
Energy dissipation under multiaxial thermomechanical fatigue loading
Keywords: انرژی تخریب شده; Dissipated energy; Hysteresis operator; Life prediction; Plasticity; Thermomechanical fatigue