Keywords: جذب انرژی; Ductile composites; Structural properties; Energy absorption; Sandwich beams;
مقالات ISI جذب 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: جذب انرژی; Composite tubes; Impact; Tolerance; Crushing; Energy absorption
Keywords: جذب انرژی; Energy absorption; Wedge tearing; Friction stir welding; Aluminum
Keywords: جذب انرژی; Aluminium foam; Cell-size; Energy absorption; Repeating unit-cell; Micromechanical;
Keywords: جذب انرژی; Closed cell Al-Foams; Compression deformation; Microstructure and strain-rate; Energy absorption
Keywords: جذب انرژی; Expansion; Circular tube; Energy absorption; Angle; Friction
Keywords: جذب انرژی; Hysteretic behavior; Corroded RC column; Experiment; Flexural strength; Circular stiffness; Ductility; Energy absorption;
Keywords: جذب انرژی; Energy absorption; Tube expansion; Energy conservation; Steady reaction force; Expanded radius
Keywords: جذب انرژی; Tensor skin; Verifications; Theoretical model; Water impact; Energy absorption
Keywords: جذب انرژی; Thin-walled tubes; Rigid origami pattern; Axial crushing; Energy absorption
Keywords: جذب انرژی; Honeycomb sandwich; Low-velocity impact; Indentation; Energy absorption; Finite element analysis;
Keywords: جذب انرژی; Energy absorption; Graded thickness; Tube shrinking; Crashworthiness; Optimization
Keywords: جذب انرژی; Bending; Square tube; Energy absorption; Variable thickness; Optimization design;
Keywords: جذب انرژی; Energy absorption; Circular tube; Expanding; Splitting
Keywords: جذب انرژی; Biomechanical modelling; Numerical simulations; FAA Hybrid III Dummy; Energy absorption; Accident reconstruction
Keywords: جذب انرژی; Crashworthiness; Energy absorption; Hybrid tube; Static; Dynamic;
Keywords: جذب انرژی; High-velocity (H-V) impact; Rigid polyurethane foam; Energy absorption; Oblique impact; Projectile nose; Penetration depth
Keywords: جذب انرژی; Functionally graded foam; Energy absorption; Constitutive response; Gradation; Optimization
Keywords: جذب انرژی; Tube; Different thickness distribution; Axial impact; Energy absorption; Progressive buckling;
Keywords: جذب انرژی; Energy absorption; Internal stiffener; Blade; Square columns; Thin-walled sections;
Keywords: جذب انرژی; Polymeric foam; Direct impact; Digital image correlation; Inertia; Energy absorption;
Keywords: جذب انرژی; Coefficient of restitution (COR); Mass-spring system; Crashworthiness; Energy absorption
Keywords: جذب انرژی; Graded honeycomb; Sandwich plate; Flexural behavior; Energy absorption;
Keywords: جذب انرژی; Powder; Acceleration severity index; Crash test; Impact; Energy absorption; Occupant safety;
Keywords: جذب انرژی; Multi-cell tube; Analytical prediction; Crashworthiness; Hexagonal tube; Multi-objective optimization; Energy absorption
Keywords: جذب انرژی; PVB laminated windshield; Energy absorption; Dynamic impact; Numerical simulation
Keywords: جذب انرژی; Crush resistance; Corner element; Square tube; Energy absorption; Experiment
Keywords: جذب انرژی; Hybrid composites; Energy absorption; Ballistic impact; Protective armor; Nano-fillers
Keywords: جذب انرژی; Bending collapse; Folded tube; Experiment; Energy absorption; Dynamic loading;
Keywords: جذب انرژی; Sandwich structures with combined geometry shell cores; Heat treatment; Energy Absorption; Blast loading; CONWEP; Finite Element Method
Keywords: جذب انرژی; Energy absorption; Steel plate; Splitting-bending; Parametric study; Velocity;
Keywords: جذب انرژی; Thin-walled tubes; Energy absorption; Origami pattern; Circular tube
Keywords: جذب انرژی; losa sobre terreno; fibras de acero; absorción de energÃa; vivienda; malla electrosoldada; slab-on-ground; steel fibers; energy absorption; housing; welded-wire mesh;
Keywords: جذب انرژی; Magnesium alloy; Polyurethane foam; Thin-walled beam; Energy absorption; Bending collapse
Keywords: جذب انرژی; Origami crash boxes; Energy absorption; Axial crushing; Basic folding element;
Keywords: جذب انرژی; Impact pendulum; Hedgehog spines; Energy absorption; Biomimicry; Keratin; Humidity;
Keywords: جذب انرژی; Aluminium alloy foams; In-situ reinforced foams; Powder metallurgy; Uniaxial compressive behaviour; Three-point bending behaviour; Energy absorption;
Keywords: جذب انرژی; Nanofoam; Size effect; Energy absorption; Localization; Stress wave;
Keywords: جذب انرژی; Functionally-graded honeycomb; Functionally-graded thickness; Composite structure; Energy absorption;
Keywords: جذب انرژی; Double-walled tube; Foam filled; Oblique impact; Energy absorption; Crushing; Crashworthiness
Keywords: جذب انرژی; Thin-walled multi-tubes; Axial crushing; Computer simulation; Functionally graded foam; Energy absorption
Keywords: جذب انرژی; Multi-corner; Energy absorption; Crashworthiness; Axial impact
Keywords: جذب انرژی; Tapered multi-cell tube; Transition wall thickness; Energy absorption
Keywords: جذب انرژی; Three-point bending; Transverse loading; Multi-cell structure; Partition plate; Energy absorption
Keywords: جذب انرژی; Energy absorption; Nested tubes; Optimization; RSM
Keywords: جذب انرژی; Multi-tubular structures; Energy absorption; Testing; Simulation
Keywords: جذب انرژی; Axial splitting; Crack growth; Energy absorption; Finite element method; Surface-based cohesive technique
Keywords: جذب انرژی; Finite element; Dynamic axial/oblique crushing; Slenderness ratio; Energy absorption; Collapsed mode; Crush Force Efficiency;
Keywords: جذب انرژی; Reinforced foam; Circular tube; Confined buckling; Quasi-static compression; Impact; Energy absorption
Keywords: جذب انرژی; Core material; Energy absorption; Failure mechanism; Impact; Sandwich panel;