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., KE-1, L-64, TX-15, and EL-40.
EL-40 is castor oil polyoxyethylene ether.
Dynamic viscosity variations of TX-15 and EL-40 aqueous solutions are plotted in Fig. 1 (c) and Fig. 1 (d), respectively.
However, shear thinning effect can be seen for some conditions: KE-1 aqueous solution at 100℃, higher concentrations of L-64 at 75℃ and 100℃, TX-15 at 100℃, and EL-40 at 100℃.
Al-Sharif, K.

ElNagar3,d, W.M.
Al-Fatesh et al reported the performance of the Fe/Al2O3, Co-Fe/Al2O3, Ni-Fe/Al2O3 as a catalyst for CNTs.
El-Okr, M.
El-Okr, M.
El Nahrawy, B.A.

Lee et al., Appl.
Kveder et al., Appl.
Miller et al., Phys.
Kveder et al., Sov.
Pandelov et al., J.

El.
El.
Favier, et al., "Nanocomposite Materials from Latex and Cellulose Whiskers," Polymers for Advanced Technologies, vol. 6, pp. 351-355, 1995
Li, et al., "Cellulose whiskers extracted from mulberry: A novel biomass production," Carbohydrate Polymers, vol. 76, pp. 94-99, 2009
Giesen, et al., Mangrove Guidebook for Southeast Asia.

The strong bond between the SiC substrate and Zn-Al-Mg solder is attributed to the mass transfer of SiO2 into Zn-Al-Mg by induced cavitation erosion.
Chemical composition of experimental solder Zn [wt. %] Al [wt. %] Ag [wt. %] Zn-Al-Ag 88 6 6 To determine the melting point of soldering alloy, the DSC analysis was employed.
The dilution of Al to solder was observed on the side of MMC substrate.
References [1] LIU, C.H., KIM, Y.J., CHUN, D.W., et al.
[3] EL-DALY, A.A., EL-TAHER, A.M., GOUDA, S.

Fig. 1 Model fixed on shaking table Loading Program According to the prototype site conditions, the dynamic characteristics of the prototype structure, selected three seismic shaking table tops as the input wave, The three-wave situations are Taft wave, El Centro wave and seismic risk analysis based on an artificial wave.
Seismic intensity Countertops input 1 More intensity of 7 degrees 0.087 2 More intensity of 8 degrees 0.175 3 Basic intensity of 7 degrees 0.25 4 Basic intensity of 8 degrees 0.5 5 Seldom occurred intensity of 7 degrees 0.55 6 — 0.65 7 — 0.75 8 — 0.85 9 Seldom occurred intensity of 8 degrees 1.0 10 — 1.2 Destruction Process Analysis Peak acceleration of 0.65g at the input of the El Centro wave after, three rib ribbed walls filled cell block appear subtle diagonal cracks, two-story wall appears subtle vertical cracks and diagonal crack.
Countertops peak input acceleration of 0.75g El Centro Taft wave and after wave ground motions, a large number of cracks at the seams appear on rib ribbed wall brick lattice, while four-ribbed wall cracks appear at the bottom level.
Chang, et al, Seismic safety evaluation analysis of a new building structure with multi-ribbed composite wall structure, Proceedings of international conference on Earthquake Engineering: The First Anniversary of Wenchuan Earthquake, Southwest Jiaotong University Press, Chengdu, (2009) 325-328
Zhang, et al, Rational ratio of lateral stiffness for frame-supported multi-ribbed slab structure in transfer stories, Journal of Xi’an University of Architecture & Technology, 3 (2009) 328-333

For conventional spinning, El-Khabeery et al. [3] studied the effect of machine parameters and tool on surface roughness.
El-Khabeery, M.
El-Sheikh.
[4] L.Wang, H. et al.

China aZhouming@hit.edu.cn; bwyjwyj791120@126.com Keywords: SICP/Al Composites, High Speed Milling, Surface Defects, Micro-Topography Abstract: For the purpose of investigating the surface defects on the machined surface in high speed milling of SiCp/Al Composites, the high speed milling experiments were performed on the precision milling machine (ops650).The machined surface was observed and measured by the OLS3000 Confocal Laser Scanning Microscope.
The past research on the machined surface micro-topography of SiC/p Al composites are mainly concentrated on the surface roughness, micro- hardness, residual stress and the chip formation mechanism.
To investigate the surface defects is necessary to adequately characterize the machined surface of SiC/p Al composites.
In this paper, the types and formation mechanisms of machined surface defects of SiC/p Al composites are investigated.
El-Gallab, M.

., Mizuno 1987; Hamada and O’Rourke 1992; Youd 1993; Matsui and Oda 1996; Tokimatsu et al. 1996; and Tokimatsu and Asaka 1998).
Ishii et al (1984) used the observed data investigated the kinematic interaction of soil-structure system.
Chen et al (2001) performed shaking table tests to investigate the soil-structure interaction on input foundation motion.
[7] Rayhani MT and El Naggar MH.
[12] Wu XP , Sun LM , Hu SD et al.

Elbing, T.
El-Axir, M.
El-Khabeery: Journal of Materials Processing Technology, vol. 132 (2003), p. 82-89 [16] M.
El-Khabeery, M.
Abd Al-Wahhab: Materials and Manufacturing Processes, vol. 13 (1998) 4, p. 505-515 [18] L.