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Micro buckling

Figure 4.26 Compressive failure models in high-petformance fibers (a) micro-buckling model and (b) misorientation model (after Kozey and Kumai 1994). Figure 4.26 Compressive failure models in high-petformance fibers (a) micro-buckling model and (b) misorientation model (after Kozey and Kumai 1994).
Sharp, J.S., Jones, R.A.L. Micro-buckling as a route towards surface patterning. Adv. Mater. 14, 799 (2002)... [Pg.187]

Properties. — Pure cerium is a metal which is malleable, ductile, ami soft enough to fie cut with a knife. It machines fairly well, hut requires cure to prevent buckling. It resembles steel in apiiejirnnee, takes a polish well, and has il density of 0.02- It is fuir conductor of heat, hut does not. conduct the electric current well, its resistnuec being 71,0 micro-ohms [sir centimeter cube at ordinary teiu s rut.iircs, It is paramagnetic,... [Pg.167]

Foodborne Micro-organisms of Public Health Significance , 4th Edn. ed. K.A. Buckle, J.A. Davey, M.J. Eyles, A.D. Hocking, K.G. Newton and E.J. Stuttard, Australian Institute of Food Science and Technology Ltd., 1989. [Pg.108]

Thermal expansion buckling microvalves SCE micro valves ... [Pg.3290]

Thertnomechanical Valves, Fig. 4 A passive thermal cooling scheme for both a single device (upper) and an buckling valve, (a) Photograph of eccentric micro nickel array of devices (bottom) beams (b) application of the valve in MEMS adaptive... [Pg.3296]

Fig. 4 TEM images of nanotube-polymer composites which show the buckled CNTs. The ends of the nanotubes, embedded in the polymer matrix, a Buckled nanotube bridging a micro-crack in the composite, b A close up of a buckled region which indicates the narrowing of the inner diameter and the arrow shows the change the inter-shell spacing, c CNTs with thin walls where single buckles were typical, d A buckled nanotube with 18 % tensile strain in the outer wall, e A fractured CNT (Bower et al. 1999)... Fig. 4 TEM images of nanotube-polymer composites which show the buckled CNTs. The ends of the nanotubes, embedded in the polymer matrix, a Buckled nanotube bridging a micro-crack in the composite, b A close up of a buckled region which indicates the narrowing of the inner diameter and the arrow shows the change the inter-shell spacing, c CNTs with thin walls where single buckles were typical, d A buckled nanotube with 18 % tensile strain in the outer wall, e A fractured CNT (Bower et al. 1999)...
Assuming beat values of the parameters are given in Section 1.2.2, and a k ff for the fully loaded reactor of 1.060, the total geometrical buckling is 22.1 micro-bucks (1 /th 10 cm ) ... [Pg.90]

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See also in sourсe #XX -- [ Pg.94 ]



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