Edge Disturbances in Axisymmetrical Shells of Revolution
Stress analysis of edge loaded, axisymmetric shells of revolution with Gaussian curvature - structural dynamics
BODY OF REVOLUTION↗
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Stresses and deformations in thin shells of revolution Seventh progress report
Stresses and deformations in thin shells of revolution - dynamic response of shells of revolution and bending analysis of elastic plastic circular plates
THIN WALLED SHELL↗
Finite Element Solution of Axisymmetrical Dynamic Problems of Shells of Revolution
Finite element solution for natural frequencies and mode shapes of free axisymmetrical vibrations and dynamic response of arbitrary rotationally symmetric shells
MODE SHAPE↗
A bending analysis of elastic-plastic circular plates
Bending analysis of elastic-plastic circular plates under arbitrary axisymmetric loading
CIRCULAR PLATE↗
The difference in the spectra of gamma-rays during radiation capture of thermal neutrons and of neutrons with the reactor spectrum
Spectral differences of gamma rays during radiation capture of thermal neutrons and of neutrons with reactor spectrum
GAMMA RADIATION↗
Vision in space travel
Laboratory experiments and Voskhod flight data on vision sharpness, efficiency, and perception during space flights
VISION↗
Effect of temperature on oxidative phosphorylation in hibernators and nonhibernators.
Effect of low temperature on oxidative phosphorylation in hibernators and nonhibernators
HIBERNATION↗
Theoretical calculation of the heat transfer and friction resistance for carbon dioxide in the supercritical region
Heat transfer and friction resistance for carbon dioxide in supercritical region
Popov, V. N.↗
In memoriam Sergey Grigor'yevich Kozlov
Biographic sketch of Russian aeronautics professor Kozlov
Popov, V. A.↗
Analysis of elastic-plastic shells of revolution
Finite element approach using displacement model to analyze behavior of elastic-plastic shells of revolution under axisymmetrical loading
Khojasteh-Bakht, M.↗
Analyses of shells of revolution by finite elements
Stress analysis methods for rotational thin walled shells and domes by means of finite element procedure
Popov, E. P.↗
Static and dynamic analysis of sandwich shells with viscoelastic damping
Static and dynamic elasticity, and viscous damping of laminated and sandwich plates, shells, and beams
Abel, J. F.↗
Bending of Circular Plates of Hardening Material
Bending of circular plates of hardening material analyzed for axisymmetrical loading and support
Khojasteh-Bakht, M.↗
Analysis of elastic-plastic circular plates.
Bending analysis of elastoplastic circular plates for small deflection and axisymmetric loadings and support conditions, based on Kirchhoff hypothesis
Khojesteh-Bakht, M.↗
Elastic-plastic analysis of some pressure vessel heads
Torispherical heads attached to cylinders and under internal pressure as elastic and/or elastic- plastic shells, using finite element
Khojasteh-Bakht, M.↗
Linear and nonlinear static analysis of axisymmetrically loaded thin shells of revolution
Finite element method analysis of axisymmetrically loaded thin shells of revolution, considering nonlinearity due to material properties and shell geometry changes
Popov, E. P.↗
Incremental analysis of large deflections of shells of revolution
Elastic shells of revolution displacement analysis, using incremental variational theory with finite element method
Popov, E. P.↗
The Lick-Gaertner automatic measuring system
The Lick-Gaertner automatic equipment has been designed mainly for the measurement of stellar proper motions with reference to galaxies, and consists of two main components: the survey machine and the automatic measuring engine. The survey machine is used for initial inspection and selection of objects for subsequent measurement. Two plates, up to 17 x 17 inches each, are surveyed simultaneously by means of projection on a screen. The approximate positions of objects selected are measured by two optical screws: helical lines cut through an aluminum coating on glass cylinders. These approximate coordinates to a precision of the order of 0.03mm are transmitted to a card punch by encoders connected with the cylinders.
Vasilevskis, S.↗