Some problems of the equilbirum of orthotropic cylindrical shells at large deformations
Membrane stresses and equilibrium of orthotropic cylindrical shells with large deformations
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Membrane stresses and equilibrium of orthotropic cylindrical shells with large deformations
Deformation characteristics of adhesive bonded joints and metal adhesive interfaces
Precession and nutation of deformable bodies
Deformation of neo-Hookean material during uniaxial compression
Thermally activated deformation relating flow stress to square root of dislocation density
Plastic deformation effect on resistivity and Hall effect of copper-palladium and gold- palladium alloys
Recovery of deformed copper-palladium and gold- palladium alloys by isothermal and isochronal annealing, noting vacancy and interstitial migration
High purity single crystal molybdenum electrical resistivity dependence on deformation
Elastomer elastic deformation response in multiaxial stress field shown identical to uniaxial stress response
Dewrinkling and diffusion mass transport mechanisms in high temperature tensile and shear plastic deformation of pyrolitic carbons
Quasi-linear features of the scale of kilometers to hundreds of kilometers can be observed in the high-resolution deformation fields of the sea ice cover produced by the RADARSAT Geophysical Processor System.
A novel Microelectromechanical Systems (MEMS) deformable mirror technology for large, lightweight, segmented space telescopes is being proposed.
This paper will discuss the objectives, approach, and anticipated results of a study of earthquakes in Costa Rica. GPS measurements will be taken and field surveys will be made. Assessments of seismic strain accumulation and post-seismic deformation will be made in an effort to understand the effect these processes have on regional tectonic models.
This research using JERS-1 SAR data has been very fruitful, resulting in a strong collaboration with geodesists and geophysicists in Japan, and several important papers characterizing crustal deformation, and the capabilities and limitations of JERS data for these studies.
This paper describes an experimental study of a deformable flat plate on the NASA-JPL, 70-meter antenna (DSS-14) at Ka-Band.
We discuss an approach for efficiently combining different types of geodetic data to estimate time-dependent motions of stations in a region of active deformation.
This paper describes an optimization of PZT unimorph membrane microactuators in view of their application to deformable mirrors (DMs).
Two of NASA's Deep Space Network (DSN) 70-meter reflectors are measured using a Leica TDM-5000 theodolite. The main reflector surface was measured at five elevation angles so that a gravity deformation model could be derived that described the main reflector distortions over the entire range of elevation angles. The report describes the measurement equipment and accuracy and the results derived from the data.