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Biaxial composite tube

Krempl E, Elzey DM, Hong BZ, Ayar T, Loewy RG. Uniaxial and biaxial fatigue properties of thin-waUed composite tubes. J Am Helicopter Soc 1988 33(3) 3—10. [Pg.185]

Qi D, Cheng G. Fatigue behavior of filament-wound glass fiber reinforced epoxy composite tubes under tension/torsion biaxial loading. Polym Compos 2007 28(1) 116—23. [Pg.187]

Nevertheless, in outline, the theory is well supported by experiment at values A < 1.2. For example, the predicted dependence of the shear modulus (eqn (3.30)) on both T and N, is closely obeyed. The theory is also independent of chemical composition (as is the kinetic theory of gases) and this is supported by experiment. Note that although we have used eqn (3.29) to predict the results of a tensile experiment it may also be used for more complex situations, such as a pressurized tube (Problem 3.16) or a sheet subject to biaxial deformation (Problem 3.15). [Pg.86]

The procedure described above is straightforward in principle. However, in practice, great care must be taken in the test fixture design to assnre that applied loads cause a uniform state of stress in the test specimen. Two types of tests that have been developed for this purpose include (1) the simple tensile test for uniaxial states of stress, (2) the thin-walled tube subjected to combined torsion and internal pressure, for biaxial states of stress. Some theoretical aspects of the simple tensile test are developed in the sample problem which follows. For a more detailed discussion on experimental procedures for characterizing the material properties of composite materials, see Caisson and Pipes and Whitney et al. ... [Pg.191]


See other pages where Biaxial composite tube is mentioned: [Pg.410]    [Pg.410]    [Pg.412]    [Pg.331]    [Pg.183]   
See also in sourсe #XX -- [ Pg.410 ]




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