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Saif1,d* 1Department of Civil Engineering, Shoubra Faculty of Engineering, Benha University, 108 Shoubra St, Cairo, Egypt 2Building Physics Institute (BPI), Housing and Building National Research Center (HBRC), 87 El-Tahrir St., Dokki, P.O.
Long et al. [4] 50 50 40 5 5 W/b=0.45 1% steel fibers 56 Mortar Purushotham et al. [30] 50 50 30 15 5 0.4 w/c ------ 54.57 Mortar   Wang et al. [31] 50 30 15 5 W/b=0.192 2% PE fibers 117:136 HS-SHCC Mortar · 16.67% of total binder was replaced by SF, only OPC in the binder system was substituted by LC3
Lin et al. [29] attempted to enhance the weaknesses of LC3 binders using nano-silica.
Yu et al. [47] used LC3 to get sustainable HS-SHCC.
[32] Santhanam, M., et al.

Vogt, et al, Degradable biomaterials based on magnesium corrosion, Curr.
Yahaya, et al.
Hodges, et al, Bulk metallic glasses for biomedical applications, JOM. 61 (2009) 21-29
El-Korashy, et al, Kinetic Analysis of Crystallization Process in Amorphous Se90−xTe10Pbx Glasses, J.
Sesták, et al, The boundary conditions for kinetic models, Thermochim.

Munir et al. [6] analyzed the heat transfer analysis of Sisko fluid flow over a bidirectional stretching sheet.
Khan et al. [8] examined the heat transfer characteristics of Sisko fluid inside an annular pipe.
Sheikholeslami et al. [21] presented dual solutions for heat and mass transfer in radiative MHD flow.
. [27 ] 1 0 - Munir et al. [6 ] 1 0 - Present Study 1 0.000001 - 0.25 Wang [26 ] 1.048813 0.194564 - Lui et al. [27 ] 1.048813 0.194564 -0.665933 Munir et al. [6 ] 1.048813 0.194564 -0.665939 Present Study 1.048863 0.194545 -0.670002 0.50 Wang [ 26] 1.093097 0.465205 - Lui et al. [27 ] 1.093097 0.465206 -0.735334 Munir et al. [6 ] 1.093098 0.465207 -0.735336 Present Study 1.093097 0.466205 -0.735338 0.75 Wang [ 26] 1.134485 0.794622 - Lui et al. [27 ] 1.134486 0.794619 -0.796472 Munir et al. [6 ] 1.134487 0.794619 -0.796472 Present Study 1.134489 0.794625 -0.796472 1.0 Wang [ 26] 1.173720 1.173720 - Lui et al. [27 ] 1.173721 1.173721 - Munir et al. [6 ] 1.173721 1.173721 - Present Study 1.173720 1.176920 - Table 3 Comparison of the numerical values of the Skin-friction coefficients when and for different values of and.
El-Aziz, Blowing/suction on hydromagnetic heat transfer by mixed convection from an inclined continuously stretching surface with internal heat generation/absorption, Int.

Another character of this new alloy is that it contains remarkable volume fraction of γ’ phase about 60% due to the presence of high Al, Ti and Al/Ti ratio, which are even higher than 720Li [9, 10].
Deng, et al, Development of wrought superalloy in China.
El-Awadi, S.
Turner, et al, Analysis of the homogenization of a nickel-base superalloy.
Gu, et al, Microstructure and yield strength of UDIMET 720Li alloyed with Co-16.9 Wt Pct Ti.

An exception is represented by the Monte Carlo study by Bourasseau et al. [32], where the results are however plagued by overheating issues.
Latent heat of melting The latent heat Em of melting was calculated for the pure fcc copper as the difference between the total energies of a liquid and a solid samples simulated at constant pressure and temperature (NpT ensemble) or constant volume and temperature (NV T ensemble), containing equal numbers of atoms: Em = El − Es Natoms (3)where: El­ total energy of the liquid sample, Es ­ total energy of the solid sample, Natoms ­ the number of atoms.
Method testing Up to the present, the EAM potentials of Zhou et al. have only once been imple­ mented in the studies of the melting process of Cu [32].
Melting of Cu slabs Computer simulations of high­symmetry faces of copper date back to the early nineties with the extensive work by Häkkinen et al. [47].
Analysis of semi­empirical inter­ atomic potentials appropriate for simulation of crystalline and liquid Al and Cu.

The imposed Target Period must be al least three times the fundamental period of the equivalent structure with fixed base: (6) where M is the total mass of the superstructure and K is the total elastic stiffness of the devices ESD.
[9] E.L.
[11] E.L.

Researchers in China who applied orthogonal test method to design mix proportion also include Chen [8], Wang [9], Singh et al [10] applied fixed benchmark mix proportion on the tests of strength and flexural toughness of steel-polypropylene hybrid fiber reinforced concrete, which fiber content were decided by additive method.
M.I.El-Hamrawy, A.M.Saba [24] studied the fracture energy of hybrid fiber reinforced concrete.
El-Hamrawy, A.

Work done by El-Soudani et al. on the optimisation of blended-elemental powder-based titanium alloy extrusions for aerospace applications also reinforces this point [12].
El-Soudani, K.O.

El Plan de acción mundial para la seguridad del paciente 2021-2030: identificando acciones para una atención primaria más segura.
La notificación y análisis de los eventos adversos: experiencia en el HONADOMANI San Bartolomé.
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[8] Yang S, Chen J, Guo Z, et al.
[23] Wang C, Shan Y, Yang JL, et al.
[28] He MF, Huang YH, Wu LW, et al.
S., El-Gohary, Y., Memari, E., Liu, Y.
[50] Kitzen JJ, de Jonge MJ, Lamers CH, et al.