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Circular plates (Engineering)


  • URI(s)

  • Variants

    • Plates, Circular (Engineering)

  • Broader Terms

  • Sources

    • found: Work cat: Liu, W.-J. Stresses in a circular plate subject to twisting moments at the outer edge, 1988:leaf 5 (Eric Reissner considered the effect of transverse shear deformations on the stresses in circular plates. In this chapter a system of differential equations of the fourth and second order rather than a fourth order equation is established for circular plates)
    • found: International journal of impact engineering, 1991:v. 11, no. 1, p. 77 (This investigation examines the failure of circular plates subjected to impulsive velocities. Experiments are conducted on fully clamped circular mild steel plates subjected to a uniformly distributed impulse. The strain rate-sensitive plates exhibit mode I (large ductile deformation), modes II (tensile-tearing and deformation) and mode III (transverse shear) failure modes) Experiments are conducted on fully clamped circular mild steel plates subjected to a uniformly)
    • found: Journal of physics. Conference series, 2018: 1015 052028, doi :10.1088/1742-6596/1015/5/052028, p. 1 (Stresses in circular plates with rigid elements. ... Circular plates reinforced with rigid elements are widely used as elements of various engineering constructions. However, the presence of such elements often leads to the crack initiation and structure failure. This is due to the fact that rigid elements under the influence of external stresses are stress concentrators)
    • found: Journal of mechanical science and technology, Sept. 2010:pp. 1855-1856 (Analytical and experimental studies for deformation of circular plates subjected to blast loading. ... This paper presents experimental and analytical results on mild steel, copper, and aluminum circular plates subjected to blast loading. The aim of the experimental study is to investigate the effect of stand-off distance, plate thickness and material properties on mid-point deflection. Analytical study provides a simple theoretical formulation for predicting high rate plastic deformation of circular plates subjected to transverse impulsive loading)

  • LC Classification

    • TA660.P62

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  • Change Notes

    • 2018-12-05: new
    • 2019-05-14: revised

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