Exact(2)
An analytical model will be presented which enables the global elastic behavior of such a cable under tension torsion loading to be predicted.
In this paper, a calibration and degradation correction will be presented which enables us to extend the spectral range to shorter wavelengths enhancing the stratospheric information content of the retrieved profiles.
Similar(58)
For the basic load cases uniform compression and pure shear and their combination, simple closed-form analytical approaches will be presented which enable a straightforward and quick yet accurate estimation of the buckling loads N011 (compression) and N012 (shear) of stiffened composite plates on the one hand, and the minimum bending stiffness EImin of the attached stiffeners on the other hand.
A methodology is presented which enables isogeometric analysis on trimmed NURBS surfaces.
An experimental test rig is presented, which enables visual examination of the internal flow of piston ported two-stroke cylinders.
In this paper, a programming model is presented which enables scalable parallel performance on multi-core shared memory architectures.
A new stereological method is presented which enables the unfolding of joint size-shape-orientation distribution of spheroidal particles in opaque materials.
An exact expression is presented which enables the determination of volume-averaged thermoelastic stresses in passivated lines based on information from curvature measurements.
An electromagnetic and multi-dimensional macroscale particle simulation code (MACROS) is presented which enables us a large time and spatial scale kinetic simulation of magnetized plasmas.
A higher-order layerwise theoretical framework is presented, which enables prediction of the static response of thick composite and sandwich composite plates.
A more recent formulation, the tetrahedral upper bound analysis is presented which enables a more realistic flow simulation to be achieved.
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