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El Mir, K.
Effect of the annealing temperature on transparency and conductivity of ZnO:Al thin films.

The authors’ approach to solving this problem is given in [5-8 et al.].
El Abdi, G.

Principal stress distribution ; (a) 115mm sheet outer side, (b) 115mm sheet inner side, (c) 200mm sheet out side, and (d) 200mm sheet in side Spring back calculation in the roll forming process Fig. 4 Definition of the spring-back angle Fig. 5 Measurement locations in the forming sheet Kim el al.[5] with reference, Fig. 4 shows how the definition of the spring-back angle is derived, and Fig. 5 shows the measurement locationz represented as Point 1 and Point 2.

Experimental Steel with a hot band ferrite – pearlite microstructure and a chemical composition (in mass%) of 0.12%C, 1.26%Si, 2.07% Mn, 0.013% P and 0.029%Al was cold rolled to a reduction of 95%.
[4] Ibid., “Temper-Resistant 1,600 MPa/8.7%El AISI 1020 Flash Bainite Processed Steel Made in 5 Seconds,” Proc. of Materials Science and Technology (MS&T) 2009, Oct. 25–29, 2009, Pittsburgh, Pa., pp. 1337–1345

El-Mahdy, A.
Wu et.al: Materials and corrosion, Vol.61 (2010), p.428-431 [5] A.

This disastrous phenomenon has also been widely described and discussed by several researchers such as Jones [3,4], Pritchard & Roberts [5], Raman & Grillo [6], Rashid et al [7, 8 ] and Harbawi et.al [9,10].
As described by Lisia et al., [16], the emergency crews immediately began to cool down the spheres surrounding the T61 443 sphere tank, but in a short time the metal lost its strength and exploded.
Thus the case study feasibly helps to actually get the idea of predicting overpressure impact towards the external area which are not refers to an enclosed building such as the studies made by Wingerden et al., [17, 18] and Pape et al., [19], Nolan [20].
A Review’, Journal of Occupational Safety and Health, 6(12): pg 48-67 [9] Mohanad El-Harbawi, S.
[10]Mohanad El-Harbawi, S.

Numerical Investigation of Seismic Behaviour for a Flexible Cantilever Retaining Wall with Cohesive Backfill Bouraida El Yamouni1,a*, Fadoua El Khannoussi2,b and Abdellatif Khamlichi1,c 1Research team 3M, Laboratory ICST, National School of Applied Sciences at Tetouan, Abdelmalek Essaadi University, Tetouan, Morocco 2Research team AMSCG, Laboratory ICST, National School of Applied Sciences at Tetouan, Abdelmalek Essaadi University, Tetouan, Morocco abelyamouni@uae.ac.ma, bfelkhannoussi@uae.ac.ma, cakhamlichi@uae.ac.ma Keywords: Flexible retaining wall, Seismic response, Dynamic earth pressure, Cohesive soil, Analytical methods, Finite element method.
Also, analysis by Lew et al. [23] on the performance of several retaining walls under the action of some recent ground motions has reached a similar conclusion.
A comparison is also made with conventional pseudo-static analytical methods such as those of Prakash [14], Puri et al. [15] and Shukla [16].
These scaled dimensions are exactly the same as those used in a previous work by Bakr et al. [26].
In the simulations performed in this study, a partially rough interface that corresponds to the situation of the centrifuge test “model A” in Jo et al. [25] was implemented.

El-Shennawi and A.
El-Ghannam: J.

Harivram, E.L.
Anjum, A.L.
Harivram, E.L.
Ul-haq, E.L.
Pratiwi, E.L.

The electrode materials correspond to more than 50% of the batteries weight and contain essentially nickel and rare earths (RE), and other secondary elements (Co, Mn, Al).
The cathode is essentially constituted by 6% metallic Ni, 66% Ni(OH)2, 4.3% Co(OH)2 and the anode consists mainly in 62% RENi5 and 17% of substitutes and/or additives such as Co, Mn and Al.
For cylindrical type, the battery contains approximately 32% Ni, 3.9% Co, 1.0% Mn, 0.9% Al, 4.7% La and 1.2% Ce.
For prismatic type, the resulting composition is 22% Ni, 3.1% Co, 1.2% Mn, 0.72% Al, 2.2% La and 2.6% Ce.
Abd-El Motaleb, Recovery of nickel, cobalt and some salts from spent Ni-MH batteries, Waste Manage. 28 (2008) 1159-1167