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El-Shenawy.
Amirkhanova, et al.
Silva et al.

Garcés et al, Mater.
Puertas, Mechanical behaviour of an Al-Mg alloy processed by ECAE, IMC 21, Ireland 2004, Vol. 1. 167
Luis, Análisis comparativo entre análisis local de tensiones y el MEF en los procesos de trefilado de alambre, XVI CNIM, España 2004, Vol. 4. 2809.

Kinoshita, et al., Highly efficient photon-to-electron conversion with mercurochrome-sensitized nanoporous oxide semiconductor solar cells, Sol.
Badraghi, et al., Synthesis of ZnO nanoparticles and electrodeposi- tion of polypyrrole/ZnO nanocomposite film, Int.
El-Etre, S.M.

akarl.micallef07@imperial.ac.uk, barash.soleiman-fallah@imperial.ac.uk, cptcurtis@dstl.gov.uk, ddjpope@mail.dstl.gov.uk, el.a.louca@imperial.ac.uk Keywords: Composite materials, spalling, damping, strain-rate effect, wave propagation.
In their review of damping studies related to composites, Chandra et al. [20] noted that there is a need to study damping in terms of its effect on stress or amplitude of vibration.
Case study and results The formulation was illustrated with a case study using data of a typical glass-vinylester composite (E0 = 1.1E10 N m-2, B = 1.5E7, ρ = 1940 kg m-3) which was tested by Daniel et al. [23].

Although, the idea of using a powder filled in a metal tube to which different steps of drawing, stacking and bundling are applied was suggested first by Tautzenberger et al . [20] and used recently to fabricate a copper-tungsten composite [21].
According to Chang et al
El-Badry, A.M.

Al-Bsharat, Influence of burnishing process on surface roughness, hardness, and microstructure of some non-ferrous metals, Wear, 199 (1996) 1-8
El-Tayeb, K.O.
Al-Dhifi, Improvement in the wear resistance of brass components by the ball burnishing process, J.

Lee et al. [5] discussed the wall thickness of die casting parts, where different gate designs were adopted to detect the influence of molten metal flow in die casting parts.
Joseph HA et al. [5] used CAE software to simulate and analyze a gate and running system.
Okada: IMONO, Vol.56, No.7 (1984). pp.387-392, [2] Nahed A.El-Mahallawy, Mohamed A.Taha, Engenius Pokora, Friedrich Klein: Journal of Materials Processing Technology, Vol.73 (1998), pp.125-138

[2] T SUGAMA, L E KUKACKA, J B WARREN,et al: Journal of Materials Science Vol.21(1986), p.2159
[3] El-Hassan H, Abdelrahman M, Johnson C: SPE 92374, 2005: p.1
[6] H B Peng, Y H Wen, B B Ye, et al: Materials Science and Engineering A Vol.504(2009), p.36

References [1] Liang Z.Q, Wang X.B, Wu Y.B, et al: J.
Vol.133(2003),P371-377 [4] A.A.Abdel-Rahman and A.A.El-Domiaty: Wear Vol.218(1998),P216-222 [5] Shaw MC: Annals of CIRP Vol.5(1956),P25-53 [6] K.P.
Nategh,et al: J.

Fig. 3 El. resistivity difference vs. rel. crack length: in the n and l area for specimens T69A-C (left), in the n area for all tested specimens (right) Results of resistivity differences between the mid-span M and the reference L, R parts in the n (notch) and l (ligament) area as functions of the relative crack length (determined for the average compliance) for specimens T69A-C are shown in graphs in Fig 3 left.
Červenka et al.: ATENA Program Documentation (Cervenka Consulting, 2005)
Topping, et al., Civil-Comp Press, Paper 121, 2009. doi:10.4203/ccp.91.121