Results 241 to 250 of about 1,906,776 (289)

Thermal Buckling of Plates and Shells

Applied Mechanics Reviews, 1993
This review discusses research on thermal buckling of plates and shells since the first work in the 1950s. Elastic thermal buckling of metallic as well as composite plates and shells is described. The role of material thermal properties on thickness and spatial temperature gradients is demonstrated first. Then thermal buckling and postbuckling research
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Thermal Buckling of a Bimetallic Strip

Journal of Vibration and Acoustics, 1984
A theoretical foundation is provided for the difficulties encountered in manufacturing a snap acting bimetallic strip thermostatic which will snap within ±10 degrees of a prescribed temperature. It is obtained by modifying Timoshenko’s pioneering analysis to allow for a realistic support frame whose coefficient of thermal expansion differs from the ...
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Thermal buckling of silicon sheet

Conference Record of the Twentieth IEEE Photovoltaic Specialists Conference, 1988
Results of buckling analyses for three closely related thermal profiles are discussed. They come from the same basic furnace design but reflect changes that occur in the thermal profile when different pull speeds are used to produce wider or thicker ribbon. It is shown that the three profiles differ near the solid-melt interface.
C.T. Tsai, O.W. Dillon, R.J. De Angelis
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Thermal Buckling of a Circular Plate

The Journal of the Royal Aeronautical Society, 1967
SummaryThis note considers the buckling of a circular lenticular plate subjected to a temperature which varies parabolically in its plane. The novel feature in the analysis is the determination of the stiffening effect due to the prevention of deflections, but not slopes, along a diameter.
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Thermal buckling of pavement slabs

Proceedings of the Institution of Civil Engineers - Transport, 2005
A continuous pavement slab subject to an increase in temperature will experience compressive stress which, if sufficiently large, can cause an uplift buckling failure. In contrast with the more familiar and relatively simple buckling of columns, this thermal uplift buckling of pavement slabs will generally occur with little warning, possibly with ...
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Thermal Buckling of a Bimetallic Beams

Journal of the Engineering Mechanics Division, 1969
A study is made of the buckling or snapping characteristics of a rigidly supported, pin-ended bimetallic beam, as influenced by the mean coefficient of expansion and difference in coefficients of expansion of the bimetallic beam elements. It is found that the snapping or sudden buckling that is attributed to a bimetallic beam thermostat is difficult to
David Burgreen, Phillip J. Manitt
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Thermal buckling of rectangular plates

International Journal of Solids and Structures, 2001
Abstract This paper presents the results of a thermal buckling analysis for clamped, rectangular plates based on energy considerations. The analysis reveals that both of the edge length to thickness ratios ( a / h , b / h ) are independent parameters, i.e. fixing the aspect ratio ( a / b ) is not sufficient to ensure a unique problem.
Murphy, Kevin D., Ferreira, David
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THERMAL BUCKLING OF ELASTIC PLATES

Journal of Thermal Stresses, 1985
This paper is concerned with buckling of an initially stress‐free, elastic plate subjected to a nonuniform temperature field. The novelty of the presentation given here consists, first, of the derivation of the infinite set of algebraic equations that is associated with the buckling matrix, for a temperature field that produces a combined action of ...
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Thermal buckling of organic nanoplates

Proceedings of the 7th International Conference on Engineering Mechanics and Automation, 2023
Dao Minh Tien, Nguyen Thi Cam Nhung, Do Van Thom, Ta Duc Tam   +3 more
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Thermal Bending and Buckling of Plates

1976
The theory of plates at uniform temperature and loaded perpendicular to the midplane is well developed, and an extensive literature exists on the subject. In this chapter we shall extend this theory to include non-uniform temperature.
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