Results 221 to 230 of about 88,526 (267)

Buckling of Axially Compressed Cylinders

Journal of the Structural Division, 1977
The results of buckling tests on 41 small-scale ring stiffened steel cylinders and one large radius fabricated ring stiffened steel cylinder under axial compression are presented. These results are compared with those of many other investigators on both stiffened and unstiffened cylinders.
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The Buckling of Thin Cylindrical Shells under Axial Compression

Journal of Spacecraft and Rockets, 1941
In two previous papers [1,2] the authors have discussed in detail the inadequacy of the classical theory of thin shells in explaining the buckling phenomenon of cylindrical and spherical shells. It was shown that not only the calculated buckling load is 3 to 5 times higher than that found by experiments, but the observed wave pattern of the buckled ...
von Kármán, Theodore, Tsien, Hsue-Shen
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Axially Symmetric Creep Buckling of Circular Cylindrical Shells in Axial Compression

Journal of Applied Mechanics, 1968
Abstract The creep-buckling phenomenon of circular cylindrical shells subjected to axial compression is studied in the presence of initial imperfections when the creep strain rate is proportional to a power of the stress with the exponent greater than unity.
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Buckling of Axially Compressed Cylinders with Imperfect Length

Civil-Comp Proceedings, 2009
The load bearing capacity has been computed for axially compressed mild steel cylinders with non-uniform axial length. The initial geometric imperfection had a sinusoidal shape along the compressed edge. Computations were carried out for the radius-to-thickness ratio, 165=
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Double-Tee Members in Axial Compression

Engineering Journal, 2015
This paper presents tabulated compressive strengths of double-tee members, which are comprised of two WT members oriented with their flanges back to back (referred to as "2WTs"ť or "double WTs"ť hereafter). The benefits and typical use of these members are described, including schematic details of connection designs.
Leigh Arber, Meng Wang, Pat McManus
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Axial compression fracture in carbon fibres

Journal of Materials Science, 1975
Axial compression fracture of carbon fibres was studied by embedding single fibres in epoxy resin and compressing the specimens parallel to the fibre axis. By careful optical monitoring of the fibre surface the earliest stages of fracture were identified leading to estimates of the fibre axial compression failure strengths.
H. M. Hawthorne, E. Teghtsoonian
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Strength of Armos Fibres in Axial Compression

Fibre Chemistry, 2000
O. V. Sidorov, A. M. Shchetinin
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Experimental study on large-scale 3D printed concrete walls under axial compression

Automation in Construction, 2022
Jiachuan Yan
exaly  

Axial turbines and compressors for compressible flow

1984
The principal difference between axial turbines passing gases and their incompressible counterparts is the compressibility of the fluid being moved. The basic fluid mechanics is the same, and the profile behaviour information has already been covered in Chapter 3. The same can be said of compressors and blowers.
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Study on the axial compression behavior of RC columns strengthened with cementitious grout

Engineering Structures, 2023
Shuai Zhong, Gang Peng
exaly