Nonsymmetric modes of complete spherical shells.
Complete spherical shells nonsymmetric vibrations frequencies and mode shapes calculated by matrix method
Engineering topics
Publications and source records attributed to Hu, W. C. L..
Complete spherical shells nonsymmetric vibrations frequencies and mode shapes calculated by matrix method
Steady state frequency response of conical and cylindrical shells under lateral excitation
Vibrational characteristics of ring stiffened cylindrical shells including inter-ring motion, comparing results with energy methods and orthotropic approach
Four pole parameters of truncated thin conical shell under axial excitations obtained by applying membrane shell theory
Digital computer program for calculating steady state frequency response of laterally excited truncated cones and cylinders in low to moderate frequency ranges
Vibrational characteristics of composite shells, noting effects of circular joint connecting two components
Membrane shell theory and digital computer program for determining impedance characteristics of thin conical shells under axial excitations
Resonant frequencies compared with associated mode shapes of truncated conical shells with both edges free
Vibrational characteristics of composite shells, noting effects of circular joint connecting two components
Resonant frequencies and associated mode shapes of transverse vibrations of truncated conical shells over wide range of geometrical and modal parameters
Joint discontinuity in vibrations of composite /cone-cylinder/ shells
Resonant frequencies and mode shapes of truncated conical shells with free edges in transverse vibration
Derivation of second approximation shell theory
Resonant frequencies and associated mode shapes of truncated conical shells over wide range of geometrical and modal parameters
Resonant frequencies and mode shapes for transverse vibration of truncated conical shells obtained by considering effect of bending, membrane rigidity and inertia terms due to transverse motion