Search results

Doutre et al. [8] proposed the SEED pulping process.
The liquidus and solidus temperatures of the Al-8Si and Al-6Si alloys are 623 ℃ and 565 ℃ and 635 °C and 570 °C, respectively.
Table 1 Chemical compositions (wt.%) of the Al-8Si and Al-6Si alloys Alloy Si Fe Mg Zn Sr Al Al-8Si 7.73 0.53 0.03 0.02 - Bal.
(a) (b) (d) (c) Fig. 5 Comparison of microstructures between traditional die-casting (a and c ) and ACSR rheological die-casting (b and d) parts of Al-8Si (a and b) and Al-6Si (c and d) alloys Table 3 Average size and shape factor of the α1-Al grains and the secondary grains of ACSR rheological die-casting and traditional die-casting Al-8Si and Al-6Si alloys Alloy Process α1-Al grains α2-Al grains Average size (μm) Shape factor Average size (μm) Shape factor Al-8Si Traditional die-casting 47 0.48 2.8 0.74 Rheological die-casting 26 0.92 1.8 0.93 Al-6Si Traditional die-casting 93 0.53 9.5 - Rheological die-casting 47 0.85 6.2 - Table 4 lists the mechanical tensile results of Al-8Si alloy and Al-6Si alloy produced by traditional die-casting and ACSR rheological die-casting processes.
Table 4 Tensile properties and thermal conductivity results of Al-8Si and Al-6Si alloys prepared by traditional die-casting and ACSR rheological die-casting processes Alloy Process Tensile properties Thermal conductivity UTS(MPa) YS(MPa) EL(%) W.

Liu, et al.
[40] E.L.
Gou, et al.
SUN, et al.
Ai, et al.

[13] Thalji, M.R., et al., Al3+ ion intercalation pseudocapacitance study of W18O49 nanostructure.
[14] HO, M.Y., et al., A REVIEW OF METAL OXIDE COMPOSITE ELECTRODE MATERIALS FOR ELECTROCHEMICAL CAPACITORS.
[26] El-Gendy, A.A., et al., Enhanced magnetic anisotropy in cobalt-carbide nanoparticles.
[36] Ali, G.A., et al., Co3O4/SiO2 nanocomposites for supercapacitor application.
[38] Ali, G.A.M., et al., Capacitive performance of cysteamine functionalized carbon nanotubes.

El-Nabarawy, A.A.
Molina-Guarneros, A.L.
Webster, E.L.

Al-Jaid, D.
El-Raghy, Passive and transpassive anodic behavior of chalcopyrite in acid solutions, Metall.
El Fantroussi, S.N.

Empirical Evidence from China Sustainability Vol 14 Issue 6 [6] Schroeder P, Anggraeni K, and Weber U 2018 The Relevance of Circular Economy Practices to the Sustainable Development Goals Journal of Industrial Ecology Vol 3 No. 1 p 77-95, 2018 [7] Central Bureau of Statistics 2021 Total Population by Regency/City (Population), 2018-2020 [In Indonesia] [8] Supriadi L S R and Pheng L S 2017 The Indonesian Construction Industry”, Business Continuity Management in Construction p 117–154 [9] El-Sayegh S, Ahmad I Aljanabi M, Herzallah R, Metry S, and El-Ashwal O 2020 Construction Disputes in the UAE: Causes and Resolution Methods Buildings Vol 10, Issue 10 [10] Schiavi B, Havard V, Beddiar K, and Baudry D 2022 BIM data flow architecture with AR/VR technologies: Use cases in architecture, engineering, and construction Automation in Construction Vol 134 [11] Irfan M, Khan S Z, Hassan N, Hassan M, Habib M, Khan S, and Khan H H 2021 Role of Project Planning and Project Manager Competencies
Wazir S J, Choudhry R M, Thaheem M J, and Zahoor H 2020 Influence of Perceived Fairness on Contractors’ Potential to Dispute: Moderating Effect of Engineering Ethics Journal of Construction Engineering and Management Vol 146 Issue 1 [19] Rauzana A and Tripoli 2019 Causes of Claims in the Construction Project International Journal of Scientific Research and Engineering Development Vol 2 Issue 3 p 648-652 [20] Kassem M A, Khoiry M A, and Hamzah N 2021 Theoretical review on critical risk factors in oil and gas construction projects in Yemen Engineering, Construction and Architectural Management Vol 28 No 4 p 934-968 [21] Supriyadi, Ghufron M, and Indrayanti K W 2022 Juridical review of construction work contract disputes in Indonesia Jurnal Cakrawala Hukum Vol 13 No 3 p 325-336 [22] Ayhan M, Dikmen I, and Birgonul M T 2021 Predicting the Occurrence of Construction Disputes Using Machine Learning Techniques Journal of Construction Engineering and Management Vol. 147 Issue 4 [23] Al-Zwainy

The Cz derivatives have been confirmed as suitaabe for blue electroluminescent (EL) applications.
El-Assaad, M.
Schlegel, et. al.

Black colour indicates that the variable is applied in the paper Reviewed papers Age Admission type BMI Body temperature Chronic failure Delirium Ejection fraction Heart rate Length of stay (ICU) Length of stay (Hospital) Mortality in ICU Mortality in hospital O2 saturation in blood Previous history Pulmonary hypertension Respiratory rate Right ventricular Serum Creatinine Sex Systolic blood pressure Ventilation mode White blood cell Attin et al., (2015) [27] Augoustides et al., (2006) [28] Beaulieu-Jones et al., (2017) [29] Behrooz Farzanegan, (2017) [30] Calvert et al., (2016a) [31] Calvert et al., (2016b) [32] Che et al., (2016) [33] Desautels et al., (2016) [34] Ghassemi et al., (2014) [35] Kury et al., (2015) [36] K.
Ross et al., (2017) [15] Lee et al., (2015) [37] N. et al., (2014) [38] Nemati et al., (2017) [39] Nejla Tilouche et al., (2017) [40] Ong et al., (2012) [10] Panahiazar et al. (2015) [41] See et al., (2014) [42] Seymour et al., (2016) [43] Van dan Boogaard et al., (2010) [44] Zhang and Hong, (2017) [45] Our second research question attempts to identify clinical assessment tools that are used in the selected reviewed papers.
Bader–El–Den, and J.
Al-badareen, M.
LE GALL et al., “A simplified acute physiology score for ICU patients,” Crit.

Introduction Different techniques are nowadays available for the production of Al-Si parts.
Al-Si alloys have become also very popular Al alloys for applications in the laser-based powder bed fusion process [5].
Concerning the tribological behavior of SS hypoeutectic Al-Si alloy, Dey et al. [12] compared the wear performance of A356 alloy produced by rheocasting and gravity casting.
El-Gohry, Microstructure and mechanical properties of extruded Al–Si alloy (A356) in the semi-solid state, Mater.
Hu, Age-hardening behavior of cast Al–Si base alloy, Mater.

In 1996, Yoshida et al. [3] presented the first paper describing the semi-solid behavior of cast iron in the semi-solid range, which was followed by several papers about die filling [4, 5, 6].
In 2003, Tsuchiya et al. [7] presented the most complete paper on this subject, ranging from the production of raw material to the semi-solid process, as well as the final mechanical properties of the thixoformed product, demonstrating the potential of this technology.
El-Bagoury, N.