Geometrical and inertial properties of a class of thin shells of a general type
IBM 7094 Fortran program for evaluating surface area, centroids of surface volume or masses, and moments of inertia for thin walled shells
SEARCH · Engineering Papers
Search indexed NASA NTRS and DOE OSTI research on propulsion, heat transfer, battery materials and energy systems. Follow report and document links to the original sources.
Quote a phrase for an exact phrase match. Source license links do not imply unrestricted reuse.
IBM 7094 Fortran program for evaluating surface area, centroids of surface volume or masses, and moments of inertia for thin walled shells
Instability of infinite length cylindrical shell subjected to axisymmetric loads
Aerodynamic force and moment measurements, pressure distribution, and heating rates of tension shell shapes at Mach 7
Numerical analysis of flexural vibrations of prestressed toroidal shell
Numerical estimation of derivatives with application to radiative transfer in spherical shells
Free vibrations of eccentrically stiffened cylindrical shells and flat plates
Optimum shape of convex thin shell of revolution with respect to volume, weight and length - mathematical function
General thin shell equations derived for plane anisotropic materials
Invariant imbedding and perturbation techniques applied to diffuse reflection from spherical shells
IBM 7094 computer program for calculation of truncated conical shell deflection and acceleration response
Structural stability of shells - random pressure excitation and statistical dependence of normal mode response
Conical shells with linear thickness variation subjected to lateral normal loads
Membrane analysis of very thin pressurized spheroid shells composed of flat gores - application to Echo II satellite
Structural efficiency of orthotropic materials for cylindrical shells under axial load, including examination of fibrous composites characteristics
Finite element approach to analysis of axisymmetric thin elastic shells, employing matrix method
Shell motion equations derived in terms of reference state from three-dimensional theory based on Cauchy motion laws for undeformed bodies
Fibrous composite shell structural efficiency as function of constituent properties
Transverse stiffness of pressurized thin elastic shells of revolution under external load determined as function of internal pressure