Keywords: تأثیر کم سرعت; Composite laminates; Failure criteria; Damage evolution; Low-velocity impact; Finite element analysis;
مقالات ISI تأثیر کم سرعت (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: تأثیر کم سرعت; Tied foam core; 3-Dimensional pin reinforcement; Low-velocity impact; Foam core sandwich structure;
Keywords: تأثیر کم سرعت; Stiffened panels; Low-velocity impact; Compression after impact; Sublaminate buckling; Delamination growth;
Keywords: تأثیر کم سرعت; Metal sandwich beam; Foam-filled core; Low-velocity impact; Yield criterion; Large deflection;
Keywords: تأثیر کم سرعت; Low-velocity impact; Damage tolerance; Compression After Impact (CAI); Numerical modelling;
Keywords: تأثیر کم سرعت; Zig-Zag theories; Fiber metal laminates; Interlaminar shear stress continuity; Equivalent Single Layer; Low-velocity impact;
Keywords: تأثیر کم سرعت; Barely visible impact damage; Indentation; Low-velocity impact; Acoustic emission; Laminated composites; B-value; Sentry function; Wavelet packet transform;
Keywords: تأثیر کم سرعت; Carbon-reinforced plastic; Low-velocity impact; MWCNT; Cryogenic temperatures;
Keywords: تأثیر کم سرعت; Kevlar composite; Nanoclay; Graphene; Low-velocity impact; UV degradation;
Keywords: تأثیر کم سرعت; Flax fiber composites; Low-velocity impact; C-scan; Tensile properties;
Keywords: تأثیر کم سرعت; Alumina trihydrate; Dual core sandwich panel; Extruded polystyrene foam; Low-velocity impact; LS-dyna; Resin casting technique;
Keywords: تأثیر کم سرعت; Low-velocity impact; Barely visible impact damage; Composite bicycle frame; Residual strength; Residual stiffness;
Keywords: تأثیر کم سرعت; High stiffness; Fiber-metal laminates; Glass/carbon prepreg; Low-velocity impact; Drop-weight impact test; Absorbed energy;
Keywords: تأثیر کم سرعت; Composite structures; Low-velocity impact; Delamination; Fiber Bragg grating sensor; Wavelet transform;
Keywords: تأثیر کم سرعت; Membrane effect; Geometrically nonlinear analysis; Cylindrical shell; Convex; Concave; Low-velocity impact;
Keywords: تأثیر کم سرعت; Low-velocity impact; Composite; 3D printing; Bi-material structure;
Keywords: تأثیر کم سرعت; Thermoplastic; Thermoset; Composite; Low-velocity impact; Finite Element Analysis (FEA);
Keywords: تأثیر کم سرعت; Sandwich plate; Metal foam core; Low-velocity impact; Large deflection; Dynamic plasticity;
Keywords: تأثیر کم سرعت; Polymer-matrix composites (PMCs); Low-velocity impact; Quasi-static indentation; Ultrasonics; Optical microscopy;
Keywords: تأثیر کم سرعت; Ultra-high-performance fiber-reinforced concrete (UHPFRC); Constitutive model; Low-velocity impact; Failure surface; Strain-rate effect; Continuous surface cap model (CSCM);
Keywords: تأثیر کم سرعت; Corrugated core sandwich structure; Low-velocity impact; Residual flexural strength; Impact response; Flexural behaviour;
Keywords: تأثیر کم سرعت; Impact analysis; Low-velocity impact; Analytical methods; Damage simulation; Structural impact; Delamination;
Keywords: تأثیر کم سرعت; Multilayer orthogonal; Negative Poisson's ratio; Low-velocity impact; Energy absorption;
Keywords: تأثیر کم سرعت; Warp-knitted spacer fabric; Auxetic; Low-velocity impact; Energy absorption;
Keywords: تأثیر کم سرعت; Low-velocity impact; Woven carbon fibre; Composite plates;
Keywords: تأثیر کم سرعت; Braided composite; Low-velocity impact; Cohesive zone; Energy absorption; Finite-element model; Multi-scale model;
Keywords: تأثیر کم سرعت; Pressure vessel; Composite; Low-velocity impact; Cylinder stress; Stiffness change; Finite-element formulation;
Keywords: تأثیر کم سرعت; Composite laminates; Low-velocity impact; Delamination; Fiber Bragg grating sensor;
Keywords: تأثیر کم سرعت; Multiscale; Micromechanics of failure; Failure criteria; Low-velocity impact; Cohesive model;
Keywords: تأثیر کم سرعت; Laminated composites; Low-velocity impact; Finite element analysis; Large complex structure;
Keywords: تأثیر کم سرعت; Glass-reinforced plastic; Low-velocity impact; Fatigue; Damage behavior;
Keywords: تأثیر کم سرعت; Thermoplastic polyurethane; Glass fabric; Composite laminate; Low-velocity impact; Extreme conditions;
Keywords: تأثیر کم سرعت; Wing box; Low-velocity impact; Delamination threshold load; Propagation;
Keywords: تأثیر کم سرعت; Concrete; Low-velocity impact; Motion state; Equation of motion; SPH;
Keywords: تأثیر کم سرعت; Metal sandwich beam; Dynamic response; Low-velocity impact; Analytical model; Large deflection;
Keywords: تأثیر کم سرعت; Composite sandwich structure; Low-velocity impact; Modelling; SEM;
Keywords: تأثیر کم سرعت; 3-D angle-interlock woven composites; Thermal aging; Low-velocity impact;
Keywords: تأثیر کم سرعت; Corrugated core sandwich structure; Low-velocity impact; Impactor shape; Impact behavior; Energy absorption;
Keywords: تأثیر کم سرعت; Composite structure; Low-velocity impact; Residual strength;
Keywords: تأثیر کم سرعت; Honeycomb sandwich; Low-velocity impact; Indentation; Energy absorption; Finite element analysis;
Keywords: تأثیر کم سرعت; Composite laminates; Low-velocity impact; Numerical simulation; Finite element analysis; Continuum damage modeling; Cohesive models
Keywords: تأثیر کم سرعت; Sandwich beam; Geometrical asymmetry; Metal foam; Low-velocity impact; Overall bending
Keywords: تأثیر کم سرعت; Geometrically nonlinear analysis; Composite laminates; Cylindrical shell; Low-velocity impact; Finite element program;
Keywords: تأثیر کم سرعت; Fibre metal laminates; Low-velocity impact; Finite element analysis; Damage; Ultrasonic testing;
Keywords: تأثیر کم سرعت; Multilayer sandwich beam; Metal foam; Low-velocity impact; Overall bending; Optimal design;
Keywords: تأثیر کم سرعت; Low-velocity impact; Genetic algorithm; Optimal design; Energy dissipation;
Keywords: تأثیر کم سرعت; Curved sandwich beam; Low-velocity impact; High order theory; Layerwise theory; Rayleigh–Ritz method
Keywords: تأثیر کم سرعت; Hybrid composite; Laminate; Impact behaviour; Low-velocity impact; FML
Keywords: تأثیر کم سرعت; Composite laminates; Delamination; Damage prediction; Low-velocity impact; Numerical simulation
Keywords: تأثیر کم سرعت; Low-velocity impact; Finite element; Delamination; Cohesive zone model; Critical impact force