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A. et al.
[13] Ruan, M. et al.
N. & Abd‐El‐Nour, K.
[17] Auge, B. et al.
A. et al.

References [1] E.L.
Li, et al.
Qi, et al.
Kou, et al.
Shi, et al.

Therefore, a chemical procedure, based on the one suggested by Esumi el al., was applied [6].
The thermal conductivity of MWCNT/EG was also studied by Xie et al., and Liu et al. [11-12].
Nan et al. developed a specific model for CNTs based nanofluids [13].
Keblinski et al. and Eastman et al. [18-19] also proposed that the molecular-level layering of the liquid at the liquid/particle interface influence the effective thermal conductivity.
Evans et al.: Int.

Yang et al [8] and Wang et al [9], also using this software, simulated the cutting process of a cylindrical shell and a plate by a linear pyrotechnic device, where the explosive is simulated by JWL equation of state.
Based on that, Yang et al [8] optimized the relating sizes by response surface method (RSM).
In 2006, Zhou et al [34] studied the statistical energy analysis of conservatively coupled systems under transient excitations.
In 2009, Ding et al [36] studied a two-oscillator system by transient SEA.
Fan: Missiles and Space Vehicles No. 4 (2004), pp. 15-18 [13] E.L.

A Review on Titanium Dioxide Based Nanofluids: Synthesis and Stabilizing Techniques in Both “Pure (Single System) and Mixed (Hybrid System) Base Fluids” Nourwanda Mohamed Serour1,a*, Ahmed Hassan El-Shazly2,b, Dina Ahmed El-Gayar3,c and Shaaban Attia Nosier4,d 1,3,4Department of Chemical Engineering, Faculty of Engineering, Alexandria University, Egypt 2Department of Chemical and Petrochemicals Engineering, Egypt-Japan University of Science and Technology, EJUST, Egypt anourwanda.sourour@gmail.com, belshazly_a@yahoo.com, cDina_Elgayar83@yahoo.com, dnosier2011@gmail.com Keywords: Titanium Dioxide, Nanofluids, Hybrid base fluid, Pure base fluid, Stability, Synthesis Methods.
Khedkar et al. [11] prepared TiO2 in Ethylene glycol based nanofluid.
Motahar et al. [21] prepared TiO2-n-octadecane based nanofluid.
Tajik et al. [30] prepared two different types of nanofluids.
Hojjat et al. [46] TiO2 Spherical 0.5% by wt.

., et al., A literature survey on Smart Grid distribution: an analytical approach.
[10] Macedo, M.N.Q., et al., Demand side management using artificial neural networks in a smart grid environment.
[12] Macedo, M.N.Q., et al., Typification of load curves for DSM in Brazil for a smart grid environment.
[17] El-Baz, W. and P.
[21] Wu, C., et al., Probabilistic load flow analysis of photovoltaic generation system with plug-in electric vehicles.

Finally, the in vitro corrosion behaviour of pure iron degradable stents was first studied by Peuster et al [9].
Brown et al investigated in vitro ion release of SS 316L and Co-Cr-Mo alloy using an accelerated anodic corrosion chamber [10].
Lopez et al studied the corrosion of Ti-based alloys implants by electrochemical polarization methods using Hank's solution with pH 7.4 [12].
El-Omar, G.
Al-Abdullat, M.

Xu et al [5] defined CQDs as carbon nanomaterials smaller than 10 nm.
Zhu et al., “Membranes constructed with zero-dimension carbon quantum dots for CO2 separation,” J.
Roy et al., “Plant leaf-derived graphene quantum dots and applications for white LEDs,” New J.
Al-Obaidi, M.
Al-Soqeer, and M.

Evaluation of Hygrothermal Comfort in Buildings with Confined Stone Walls Based on Moroccan Zoning Najoua ERAZA1,a, Rime EL HARROUNI3,4b, El Hassan SEBBAR1,c, Najma LAAROUSSI1,d*, Amine HAJJI1,e, Majid MANSOUR2,f 1Mohammed V University in Rabat, Material, Energy and Acoustics Team (MEAT), EST Salé, Morocco 2National School of Architecture Rabat, Rabat, Morocco 3EMADU, EuroMed University of Fez, Morocco 4Faculty of Architecture and Urbanism, Mons University, Belgium an.eraza@research.emi.ac.ma, brimaelharrouni@gmail.com, celhassan.sebbar@usmba.ac.ma, d*najma.laaroussi@est.um5.ac.ma, eamine.hajji@est.um5.ac.ma, fm.mansour@enarabat.ac.ma Keywords: Comfort, Energy Efficiency, Insulation, MPC construction, Thermal regulation Abstract.
Gommeaux et al., Thermal response of building stones contaminated with salts, Constr.
Akkurt et al., Dynamic thermal and hygrometric simulation of historical buildings: Critical factors and possible solutions, Renew.

Lekou et al. [8] presented their study using AE in parallel with vibration, temperature and rotating speed data for health monitoring.
Haiyang Jiang et al. analyzed AE signals and vibration signals for fault diagnosis of low-speed rotating machinery [12].
Loutas at el. used vibration, acoustic emission and oil debris on-line monitoring to monitor rotating machinery, the integration of vibration, AE and oil debris monitoring data improved the diagnostic capacity and reliability of the condition monitoring [18]. 5.
Anastasopoulos, et al., Emerging techniques for health monitoring of wind turbine gearboxes and bearings, in Proc.
Zhang, et al., “Fault diagnosis for large-scale wind turbine rolling bearing using stress wave and wavelet analysis,” in Proc. 8th Int.