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This reprint presents a collection of contributions on the application of high-performing computational strategies and enhanced theoretical formulations to solve a wide variety of linear or nonlinear problems in a multiphysical sense, together with different experimental studies.

Technology: general issues --- History of engineering & technology --- nanotwin --- detwinning --- extreme hardness --- excellent stability --- electrospinning --- nanofibrous membrane --- geometric modeling --- uniaxial tensile --- buckling --- electromagnetic field --- nanobeam --- shifted chebyshev polynomial --- rayleigh-ritz method --- nanocomposites --- FG-CNTRC --- truncated cone --- critical combined loads --- multi-scale mechanics --- finite element analysis --- material testing --- cellulose nanofiber --- polymer composites --- tensile modulus --- cove-edges --- defects --- fracture --- graphene --- molecular dynamics --- strength --- recycling --- circular economy --- nanometric carbon-based ashes --- AJ®P --- non-piezoelectric polymers --- tactile sensors --- robotic gripper --- fluorinated epoxy resin --- fluorinated graphene oxide --- ordered filling --- elastic modulus --- glass transition temperature --- microscopic parameters --- surface bonding --- nanocone arrays --- molecular dynamics simulation --- axially functionally graded materials --- differential quadrature method --- flexural–torsional buckling --- nonlocal elasticity theory --- tapered I-beam --- n/a --- flexural-torsional buckling