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Kousksou et al. [4] presented flow visualization for melting from below of an n-octadecane in a cavity with wavy bottom side and flat other sides.
El Qarnia, A.

Kaye et al. [4] used RSM to predict tool flank wear and its relation with spindle speed change.
El-Baradie, Tool-life prediction model by design of experiments for turning high strength steel (290 BHN), Journal of Mater.

Jurado et. al [7] done the simplified spectrophotometric method using methylene blue for determining anionic surfactant.
El-Said: Journal of Surfactants and Detergents Vol. 14 (2011), p. 371

Maeda et al. [3] reported that exchange interaction between hard and soft magnetic phases improve the microwave absorption properties.
El Hitti, J.

Yew et al. [10] suggested that the filler-filler interaction became more pronounced than filler matrix interaction with increasing filler content that caused the low mechanical properties in the composites.
El-Sayed, K.H.Mahmouda, A.A.Fatah, A.Hassen, DSC, TGA and dielectric properties of carboxymethycellulose/polyvinyl alcohol blends.

The Al and Ti atomic number ratio of TiAlN coating is 1:1.
[5] K.A.Abou-El-Hossein, K.Kadirgama, M.Hamdi, K.Y.Benyounis: Prediction of Cutting force in end milling operation of modified AISI P20 tool steel.

Wojciechowski, A.L.
El-Genk, H.H.

Experimental material and procedures The material used in this work was wrought magnesium alloy AZ80 (Mg-8.6%Al-0.5%Mn-0.21% Mn) which was received as chill cast material from Dead Sea Magnesium, Israel.
Tab. 1: Tensile properties of AZ80 AZ80 Grain size [µm] σ0.2 [MPa] UTS [MPa] El [%] EX 10 225 310 15 2x ECAP 3 220 305 9 4x ECAP 2 280 335 10 2x ECAP + SW 1.5 325 380 4 4x ECAP + SW 1 370 415 6 HCF performance.

Monsalve et al. [6] analytically and experimentally approached for ‘full aperture Easy Open End’ made of steel, and proposed the method to estimate the opening force of Easy Open End.
Material Properties E (MPa) YS (MPa) TS (MPa) EL. (%) Steel 223 425 550 25 Aluminum 75 300 436 11.5 Fig. 1 Shape of Single Score Punch Score width Score angle 3.2.

Analyses of under Pressure Polyacetylene Conductivity Mohamed SAIDI,1,a Abdeselem BELDJILALI,1,b and Nadia SAIDI-AMROUN1,c 1 Material Physics Laboratory, Physics Faculty, University of Sciences and Technology (USTHB) BP 32 El-Alia, Bab-Ezzouar, Algiers 16111, Algeria a saidimohamedster@gmail.com, b abdeslembeldjilali@gmail.com, c amnadster@gmail.com or nsaidi@usthb.dz Keywords: Polyacetylene, electro-active polymer, doping, electrical conductivity, hydrostatic pressure.
Baughmann et al., in R.