Characterization and Modelling of Composites, Volume II

© 2022 by the authors; CC BY-NC-ND license

glass/epoxy composite; fire-hazard; fiber-reinforced polymer composite; multiscale characterization; Folgar Tucker model; multicomponent suspensions; smoothed particle hydrodynamics; additive manufacturing; 6D printing; 4D printing; 3D printing; smart materials; nanocomposites; interphase/interface; X-ray computed microtomography; damage mechanics; finite element analysis; insulation composites; thermal properties; mechanical properties; Cannabis; hemp; bark; buckling; fundamental frequency; finite element method; laminated composites; drive shaft; carbon nanotubes; Stefan problem; multiscale; generalized multiscale finite element method; composite pile; thermal conduction; spheroidized steel; local ductile damage; crystal plasticity; numerical simulation; local deformation behavior; DAMASK; composite; pipe; fracture toughness; damage; ring stiffness infrastructure industries; crack detection; fiber-reinforced polymers; fatigue damage model; composite fatigue; off-axis cracks; crashworthiness; composites; FEA; progressive crushing; LS-DYNA; 3D woven fabrics; preform; complexity; cost model; learning; Weavebird; Jacquard; composite materials; genetic algorithm; important genes; strength ratio; finite element analysis; biomedical implants; mathematical modeling; loading point ratio; strain proportionality factor; polymer materials; Finite Element Method; conveyor belts; steel cables; submodelling; particulate composite; microstructure; finite element modeling; representative volume element; elastic property; microstructure-based; microstructure-free; boron nitride nanotubes; porous scaffold; finite element analysis; representative volume elements; mechanical properties; variable stiffness composite; variable angle tow; automated fiber placement; Defect Layer Method; natural frequency; genetic algorithm optimization; sandwich structures; lightweight structures; advanced composites; polyurethane foam; quadratic failure function; Tsai–Wu criterion; failure envelope; strength; transverse shear strengths; transversely isotropic materials; moisture diffusion; compressive behavior; SHPB technique; glass/polyester composite joints; 3D filament winding; commingled yarn; fiber skeleton; geometry modeling; finite element analysis; structural simulation; SPH; hyperelastic; drop test; fuel tank; FEM; explicit analysis; bladder; tiltrotor; short fibre reinforced plastics; SFRP; fused layer modeling; FLM; fused deposition modeling; FDM; material models; simulation; short-fiber reinforced thermoplastic components; injection molding simulation; fiber orientation; structural dynamics; material modeling; size effect; reinforced concrete beams; finite-element method; shear strengthening; externally bonded carbon fibre-reinforced polymer (EB-CFRP) composites; lithium; LAGP; electrolyte; composite; thermal decomposition; analytical model; stress–strain curve; short fiber-reinforced thermoplastic; finite element modeling; homogenization methods; steel cables; steel-cable-reinforced rubber; composite material; bimodal microstructure; titanium; Ti6242; spherical indentation; image segmentation; rule of mixtures; effective property; non-equilibrium energy molding; mold filling; process simulation; high pressure resin transfer molding; openFOAM; porous media; fused deposition modeling (FDM); fused filament fabrication (FFF); polylactic acid (PLA) filament; acrylonitrile butadiene styrene (ABS) filament; nondestructive testing (NDT); 3D printing; additive manufacturing (AM); composites; composite structures; nanocomposites; additive manufacturing; characterization; modeling; finite element analysis; simulation; experiments