Keywords: اتلاف انرژی; Atomic force microscopy; Jurkat cell; Energy dissipation;
مقالات ISI اتلاف انرژی (ترجمه نشده)
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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: اتلاف انرژی; Energy dissipation; Ankle negative work; Ankle angle at initial contact; Single-leg landing; Lower extremity;
Keywords: اتلاف انرژی; Rockfall catch fence; Steel wire mesh; Impact test; Energy dissipation;
Keywords: اتلاف انرژی; Rubber nanocomposites; Viscoelasticity; Thermomechanical; Energy dissipation; Finite element analysis;
Keywords: اتلاف انرژی; Articular cartilage; Poroelasticity; Intrinsic viscoelasticity; Energy dissipation; Broadband properties;
Keywords: اتلاف انرژی; Hot electron; Energy dissipation; Heterogeneous catalysis; Metal-support interactions; Nanodiode;
Keywords: اتلاف انرژی; Failure mechanism; Ductility; Cyclic loading; Mass-timber; Energy dissipation;
Keywords: اتلاف انرژی; Ancient timber building; Lateral structural performance; Energy dissipation; Lateral stiffness; Restoring force model;
Keywords: اتلاف انرژی; Energy dissipation; Strain rate dependence; Viscoelasticity; Fung quasi-linear viscoelastic model; Engineered tissue constructs;
Keywords: اتلاف انرژی; Energy dissipation; Stress drop; Split Hopkinson pressure bar (SHPB); Stress-strain; Uniaxial compressive strength;
Keywords: اتلاف انرژی; Ribbed bracing system; Energy dissipation; Self-centering ability; Seismic lateral collapse; Incremental dynamic analysis; P-delta effects;
Keywords: اتلاف انرژی; Shape memory alloy; Tension-compression loading; Self-centering; Flag-shaped hysteretic loop; Energy dissipation; Strain rate; Seismic resilience;
Keywords: اتلاف انرژی; Tuned mass damper; Passive control; Inelastic behavior; Seismic response; Energy dissipation;
Keywords: اتلاف انرژی; Seismic behavior; FEM; Steel; Energy dissipation; Contact interface conditions; Friction;
Keywords: اتلاف انرژی; Precast structures; Concrete panels; Energy dissipation; Plasticity; Friction; Experimental testing;
Keywords: اتلاف انرژی; Beam-column joint; Upgradation; Energy dissipation; Strength degradation; Reverse cyclic;
Keywords: اتلاف انرژی; Breakwater; Horizontal porous plate; Multi-layer; Submerged; Experiment; Energy dissipation;
Keywords: اتلاف انرژی; Energy dissipation; Metallic yielding damper; Diagonal bracing; Cyclic loading; Finite elements;
Keywords: اتلاف انرژی; Friction coefficient; Empirical formula; Vertical breakwater; Porosity; Transmission; Reflection; Energy dissipation; Eigenfunction expansion;
Keywords: اتلاف انرژی; Telescopic lead yielding damper; TLYD; Lead metal; Energy dissipation; Quasi-static cyclic test; Passive energy dissipation; Metallic yielding damper;
Keywords: اتلاف انرژی; Inerter; Tuned mass damper; Prototype; Experimental investigation; Energy dissipation;
Keywords: اتلاف انرژی; Corroded RC column; Non-uniform corrosion; Seismic performance; Ductility; Energy dissipation;
Keywords: اتلاف انرژی; Buckling-restrained brace; Hysteresis damper; Energy dissipation; Low-cycle fatigue; High-mode buckling; Buckling wavelength;
Keywords: اتلاف انرژی; Cold-formed steel; Shape optimisation; Energy dissipation; Seismic;
Keywords: اتلاف انرژی; Cold-formed steel (CFS); Moment-resisting frames (MRF); Monotonic loading; Energy dissipation; Ductility;
Keywords: اتلاف انرژی; Friction; Damping; Multi-strand; Loss factor; Energy dissipation; Three point bend;
Keywords: اتلاف انرژی; Modular steel structure; Post-tensioned connection; Cyclic displacement experiments; Hysteretic behavior; Energy dissipation; Lateral stiffness; Strain distribution;
Keywords: اتلاف انرژی; Composite pressure vessel; Laminated media model; Energy dissipation; Damage evolution; Explicit finite element analysis (FEA);
Keywords: اتلاف انرژی; Precast concrete; Cladding panels; Fixed connections; Wall shoes; Cyclic response; Monotonic response; Seismic design; Pinching; Energy dissipation;
Keywords: اتلاف انرژی; Self-centering; Jointedwall; Friction connector; Cyclic load test; Energy dissipation; Numerical simulation;
Keywords: اتلاف انرژی; Cold-formed steel; Pallet racks; Beam-column connections; Cyclic tests; Hysteresis loop; Energy dissipation;
Keywords: اتلاف انرژی; Hybrid damper; Reinforced concrete frame; Seismic performance; Non-ductile detail; Energy dissipation; Ductility; Stiffness; Cyclic loading; Seismic resilience;
Keywords: اتلاف انرژی; Nonlinear time-domain simulation; Sloshing; ISITIMFB; Energy dissipation;
Keywords: اتلاف انرژی; Beam-column sub-assemblage; Corrosion; Damage progression; Energy dissipation; Stiffness and strength degradation;
Keywords: اتلاف انرژی; Brace design; Steel curved dampers; Amplified deformation; Energy dissipation; Seismic performance;
Keywords: اتلاف انرژی; Crumb rubber concrete; Segmental columns; Post-tensioning; Seismic loading; Energy dissipation; Self-centering; Equivalent viscous damping; Retaining walls; Segmental walls;
Keywords: اتلاف انرژی; Sandwich plate; Nonlinear energy sink; Vibration reduction; Energy dissipation;
Keywords: اتلاف انرژی; Radiation synthesis; Agarose/polyacrylamide; Hydrogels; Double-network; Mechanical properties; Energy dissipation;
Keywords: اتلاف انرژی; Viscous damper optimization; Energy dissipation; Stochastic excitation; Second-order statistics; Column strengthening; Non-consecutive storeys;
Keywords: اتلاف انرژی; Track degradation; Long-term track performance; Track settlement; Energy dissipation; Track design; Dynamic track stiffness;
Keywords: اتلاف انرژی; Asymmetric friction connection; AFC; Structural connection; Friction connection; Coefficient of friction; Energy dissipation; Steel structures; Low-damage steel structures;
Keywords: اتلاف انرژی; Thermal stresses; Thermoelasticity; Energy dissipation; Rotation; Half-space;
Keywords: اتلاف انرژی; Postbuckling analysis; Large deformation model; Dry friction; Energy dissipation; Experiments and numerical simulations;
Keywords: اتلاف انرژی; Graphene foam; Energy dissipation; Mechanics; Nanoindentation;
Keywords: اتلاف انرژی; Wave resonance; Narrow gap; Energy dissipation; Energy transformation; Non-identical boxes; OpenFOAM®;
Keywords: اتلاف انرژی; Friction; Eddy current damping; Energy dissipation; Passive damper; Experiment;
Keywords: اتلاف انرژی; Delamination; Energy dissipation; Textile reinforcement; Composite; Modified interface; Drop weight impact;
Keywords: اتلاف انرژی; Magnetohydrodynamics; Blood flow; Abdominal Aortic Aneurysm; Heat transfer; Energy dissipation;
Keywords: اتلاف انرژی; Bio-inspired materials; Impact performance; Advanced composites; Energy dissipation;
Keywords: اتلاف انرژی; Low-energy structure; Smart damping; Energy dissipation; Modeling and control; Frequency-shaped sliding mode; Magnetorheological damper;