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Mesh-Free and Finite Element-Based Methods for Structural Mechanics Applications
Mesh-Free and Finite Element-Based Methods for Structural Mechanics Applications
English[eng]
direction field||tensor line||principal stress||tailored fiber placement||heat conduction||finite elements||space-time||elastodynamics||mesh adaptation||non-circular deep tunnel||complex variables||conformal mapping||elasticity||numerical simulation||numerical modeling||joint static strength||finite element method||parametric investigation||reinforced joint (collar and doubler plate)||nonlocal elasticity theory||Galerkin weighted residual FEM||silicon carbide nanowire||silver nanowire||gold nanowire||biostructure||rostrum||paddlefish||Polyodon spathula||maximum-flow/minimum-cut||stress patterns||finite element modelling||laminated composite plates||non-uniform mechanical properties||panel method||marine propeller||noise||FW-H equations||experimental test||continuation methods||bifurcations||limit points||cohesive elements||functionally graded materials||porosity distributions||first-order shear deformation theory||shear correction factor||higher-order shear deformation theory||equivalent single-layer approach||n/a
English[eng]
direction field||tensor line||principal stress||tailored fiber placement||heat conduction||finite elements||space-time||elastodynamics||mesh adaptation||non-circular deep tunnel||complex variables||conformal mapping||elasticity||numerical simulation||numerical modeling||joint static strength||finite element method||parametric investigation||reinforced joint (collar and doubler plate)||nonlocal elasticity theory||Galerkin weighted residual FEM||silicon carbide nanowire||silver nanowire||gold nanowire||biostructure||rostrum||paddlefish||Polyodon spathula||maximum-flow/minimum-cut||stress patterns||finite element modelling||laminated composite plates||non-uniform mechanical properties||panel method||marine propeller||noise||FW-H equations||experimental test||continuation methods||bifurcations||limit points||cohesive elements||functionally graded materials||porosity distributions||first-order shear deformation theory||shear correction factor||higher-order shear deformation theory||equivalent single-layer approach||n/a