Keywords: جذب انرژی; Open-cell aluminium foams; Polymer filler; Hybrid foams; Compressive behaviour; Deformation modes; Energy absorption;
مقالات ISI جذب انرژی (ترجمه نشده)
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Keywords: جذب انرژی; 3D woven glass fiber fabric; Composite sandwich panels; Nano-structured zeolite; Polyurethane; Mechanical properties; Energy absorption;
Keywords: جذب انرژی; Additive manufacturing; Energy absorption; Finite element modelling; Selective laser melting; Triply periodic minimal surface (TPMS);
Keywords: جذب انرژی; Density-graded aluminum foam; Square column; Axial compression; Crushing; Energy absorption;
Keywords: جذب انرژی; Porous material; Lattice structure; Ceramic metal composite; Mechanical property; Energy absorption; Analytical model;
Keywords: جذب انرژی; Energy absorption; Cellular structure; Sandwich panel; Additive manufacturing; Drop-weight impact;
Keywords: جذب انرژی; Functionally graded porous structures; Dynamic response; Energy absorption; Voronoi tessellation; Finite element analysis;
Keywords: جذب انرژی; Composite tube; Reinforced PVC foam; Energy absorption; Finite element method;
Keywords: جذب انرژی; Shrinking tube; Energy absorption; Plastic dissipation; Theoretical model; Die radius;
Keywords: جذب انرژی; Syntactic foam; Impact behaviour; Energy absorption; Fracture toughness; Crumb rubber;
Keywords: جذب انرژی; Ice-templating; Compressive response; High-strain rate; Buckling; Energy absorption;
Keywords: جذب انرژی; Cellular structure; Skull bone; Energy absorption; Failure mechanism; Impact;
Keywords: جذب انرژی; Tailor rolled tubes; Varied thickness; Geometric parameters; Crushing performance; Energy absorption;
Keywords: جذب انرژی; Bio-inspired conical corrugation tube; Energy absorption; Crashworthiness; Numerical simulation;
Keywords: جذب انرژی; Bending collapse; Tube filler; Foam-filled; Energy absorption; Impact loading;
Keywords: جذب انرژی; Three-point bending; Deformation mode; Pure bending; Theoretical prediction; Energy absorption;
Keywords: جذب انرژی; Hierarchical structure; Crashworthiness design; Energy absorption; Multi-objective optimization;
Keywords: جذب انرژی; Carbon fiber reinforced plastic (CFRP); Hybrid metal and composite; Failure mechanism; Energy absorption; Lightweight; Parametric analysis;
Keywords: جذب انرژی; Porous Al-MM alloy; Expanded perlite; Interface associativity; Energy absorption;
Keywords: جذب انرژی; Warp-knitted spacer fabric; Auxetic; Low-velocity impact; Energy absorption;
Keywords: جذب انرژی; Multilayer orthogonal; Negative Poisson's ratio; Low-velocity impact; Energy absorption;
Keywords: جذب انرژی; Nanocomposites; Carbon/Epoxy; Impact loading; Energy absorption;
Keywords: جذب انرژی; Energy absorption; Ballistic limit velocity; Wired core;
Keywords: جذب انرژی; Geosynthetics; Shotcrete; Geosynthetics reinforcement; Energy absorption; Shotcrete strength;
Keywords: جذب انرژی; CNT reinforced Aluminum foam; Liquid metallurgy; Quasi-static and dynamic compression; Plateau stress; Energy absorption; Relative density;
Keywords: جذب انرژی; Prestressed Concrete; Multiple Impacts; Damage; Impact Force; Energy Absorption;
Keywords: جذب انرژی; Windowed tube; Oblique crushing; Axial crushing; Energy absorption; Numerical simulation;
Keywords: جذب انرژی; Explicit dynamics finite element analysis; UltraSTEEL; Axial crushing; Energy absorption;
Keywords: جذب انرژی; Energy absorption; Collapse mode; Thick-walled tubes; Circumferential grooves; Low velocity impact; Foam filled;
Keywords: جذب انرژی; Lotus-type porous structure; Energy absorption; Plateau stress region; Plastic collapse; Strain rate effect;
Keywords: جذب انرژی; Ballistic impact; Sand; Projectile; Dilation; Nose shape; Energy absorption;
Keywords: جذب انرژی; Ballistic impact; Sand; Projectile; Dilation; Nose shape; Energy absorption;
Keywords: جذب انرژی; Origami crash box; Energy absorption; Axial crushing; Imperfection;
Energy Absorption of Foam Filled Aluminum Tubes under Dynamic Bending
Keywords: جذب انرژی; Aluminum alloy; Energy absorption; Crashworthiness; Crushable foam;
Keywords: جذب انرژی; Active passive integration; Energy absorption; Circular tube; Cutting;
Keywords: جذب انرژی; Electron beam melting; Stainless steel; Energy absorption; Heat transfer; In-situ thermocouples; CASINO;
Keywords: جذب انرژی; Tubular structure; Circular tube; Compression; Energy absorption;
Keywords: جذب انرژی; Composite tube; Reinforced aluminum honeycomb; Energy absorption;
Keywords: جذب انرژی; Crashworthiness; Energy absorption; Numerical simulation;
Keywords: جذب انرژی; biomimetic engineering; energy absorption; sea urchin spine; functionally graded concrete; graceful failure behaviour;
Keywords: جذب انرژی; Composite tubes; Energy absorption; Lateral compression; Polyurethane foam; Quasi-static loading;
Keywords: جذب انرژی; Crashworthiness; Non-propagating crack; Dynamic axial crushing; Finite element; Deformation mode; Energy absorption;
Keywords: جذب انرژی; Corrugated tube; Progressive buckling; Energy absorption; Axial crushing; Theoretical prediction; Amplitude factor;
Keywords: جذب انرژی; Arresting system; Polyurethane foam; Energy absorption; Analytical model; Parametric investigation;
Keywords: جذب انرژی; Conical tubes; Foam-filled; Axial and oblique loading; Energy absorption; Finite element;
Keywords: جذب انرژی; Tube crushing; Energy absorption; Oblique compression; Plastic hinges; Travelling hinges;
Keywords: جذب انرژی; Ship collision; Finite element simulation; External dynamic; Internal mechanic; Added mass coefficient; Energy absorption; Penetration path;
Keywords: جذب انرژی; LVDT; linear variable differential transducer; R; rebar; SS; structural steel; ST; stud; SY; stubby Y-type perfobond rib; UTM; universal testing machine; Stubby Y-type perfobond-rib shear connection; Stud shear connection; Fully reversed cyclic loading te
Keywords: جذب انرژی; Sandwich composite; In situ bonding; ATSP; Aluminum foam; Energy absorption;
Keywords: جذب انرژی; Honeycombs; Multi-cell; Deformation mode; Energy absorption; In-plane;