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Whereas at the APDB {100}·½[100], which remains ordered with temporal evolution, Ni and Al enrich and V depletes.
And the effective pair interaction Vαb= Vαb(r – r')ch + Vαb(r – r')el, is the interaction energy between α and β atoms at lattice site r and r', including short-range chemical interaction Vαb(r – r')ch and long-range strain-induced interaction Vαb(r – r')el [13].
While, APDB {100}·½[100] remains ordered with Ni and Al enrich and V depletes
Elastic constants of a Ni-12.69 at. % Al alloy from 295 to 1300 K [J].
Atom probe analyses and numerical calculation of ternary phase diagram in Ni-Al-V system [J].

Abd El Raouf1,a*, N.
El Mahallawy2,b, M.K.
Kollo, R.Veinthala, “Hot and cold regions during accumulative roll bonding of Al/Al2O3 nanofibre composites”, Material Engineering,Vol. 65, 2, 132–137, 2016
Borhani, “Corrosion behavior of Al-2wt%Cu Alloy processed by accumulative roll bonding (ARB) process”, Ultrafine Grained and Nanostructured Materials, Vol.49, 22-28, 2016
Kazykhanov, X.Sauvage, “On the origin of extremely high strength of ultrafine–grained Al alloys produced by severe plastic deformation”, Vol. 1, 1-10, 2010

Ichitsubo et al. [5] explored elastic constants of lotus-type porous copper.
of Nakajima [27] and Ichitsubo et al. [5] model, as shown in Fig. 9.
International Journal of Engineering Science 2015, 97, 60-68. https://doi.org/10.1016/j.ijengsci.2015.08.012 [14] Kaddouri W, El Moumen A, Kanit T, Madani S, Imad A.
M., El Minor H.
https://doi.org/10.1016/j.mechrescom.2014.03.005 [24] El Moumen A, Kanit T, Imad A, El Minor H.

[2] A.L.
Zorotto, and E.L.
[3] A.L.
Chian, E.L.

Noorzaei et. al. [3], studied on the application and verification of a two-dimensional developed finite element code for the thermal-structural and stress analysis of RCC dams.
Fig. 3: Temperature Distribution Fig.4 (a) shows the variation of maximum principle stress path along the block width (EL.3.9 m) for different construction time.
Fig.4 (a): Variation of Maximum Principle Stress path along the Dam width(EL.3.9 m) The variation of minimum principle stress along the dam width for the same level (EL. 3.9 m), has been plotted in Fig.4(b).
Fig.4 (b) Variation of Minimum Principle Stress path along the Dam width (EL.3.9 m) After completion of the thermal analysis, stress analysis is performed simultaneously and safety coefficient against cracking is calculated using Eq. 2.

Ibrahiem El-Emary and M. 2Mona Abd El-Kareem: Towards Using Genetic Algorithm for Solving Nonlinear Equation Systems World Applied Sciences Journal 5 (3): 282-289, 2008
[5] Application of Genetic Algorithm in solving linear equation systems Al Dahoud Ali , Ibrahiem M.
El Emary, Mona M.
Abd El-Kareem

El Ganaoui1,d B.
El Ganaoui, B.
El Ganaoui, B.
Bar-Yoseph, A.l.
El Ganaoui, M.

The HAP's Contribution to Optimising an Administrative Building's Thermal Loads and Energy Efficiency Taleb Imane1,a*, El Fathi Badr2,b, Naamane Sara3,c, Es-Sallak Nada1,d, Taleb Abdeslam2,e 1Ecole nationale d'architecture de fes 2Hassan II University of Casablanca, Faculty of Sciences and Techniques of Mohammedia, Morocco 3Laboratory of Engineering Sciences and Applications, National School of Applied Sciences, Abdelmalek Essaadi University, 32003, Al-Hoceima, Morocco *imanetaleb24@gmail.com, atalebimane24@gmail.com, bbadref7@gmail.com, cs.naamane@uae.ac.ma, des-sallak.nada@enafes.ma, etalebabdeslam1@gmail.com Keywords: energy optimization, thermal performance, HAP software, sustainable design.
These findings support El Jaouhari's (2020) findings that, depending on the climate and kind of building, a spatial reorganization using bioclimatic principles can cut heating and cooling needs by 20 to 40%. 2.
The approach used in this project is notable for combining the application of ASHRAE standards with the unique Moroccan climate, as compared to other studies carried out in comparable circumstances (Benhaddou et al., 2023).
By strategically placing apertures and optimizing air circulation, the average room temperature in the summer can be lowered by 2 to 3°C (Cohen et al., 2021)
● A 42% increase in air renewal results in improved indoor air quality, lowering CO₂ concentrations and raising occupant productivity (Balmer et al., 2020).

Effect of Boron Carbide Content on Properties of Thermoplastic Natural Rubber Composite as Thermal Neutron Shielding Nurazila MAT ZALI1,a, Hafizal YAZID1,b, Megat Harun Al Rashid MEGAT AHMAD1,c, Irman ABDUL RAHMAN 2,d and Yusof ABDULLAH1,e 1Malaysian Nuclear Agency, 43000 Kajang, Bangi Selangor, Malaysia 2Faculty of Science and Technology, Universiti Kebangsaan Malaysia, 43600 UKM Bangi Selangor, Malaysia anurazila@nuclearmalaysia.gov.my, bhafizal@nuclearmalaysia.gov.my, cmegatharun@nuclearmalaysia.gov.my, dirman@ukm.my, eyusofabd@nuclearmalaysia.gov.my Keywords: Boron carbide (B4C), TPNR composites, Tensile strength, Attenuation, Thermal neutron shielding, Macroscopic cross section.
El-Fikri, S.U.
El-Kameesy, D.E.
El-Nashar, M.A.
El-Mansy, M.

The DSC curves of Ti-Al-C, Al-V2O5 and Ti-Al-C-V2O5 systems The differential scanning calorimeter (DSC) curves of Ti-Al-C, Al-V2O5 and Ti-Al-C-V2O5 systems obtained from room temperature to 1200 °C with a constant rate of 10 °C are shown in Fig. 1.
The second exothermic peaks were wide and small in height in Al-V2O5 and Ti-Al-C-V2O5 systems.
But the peak temperature in Ti-Al-C-V2O5 shifted from 796.9 °C in Al-V2O5 to 923 °C.
Although Al almost disappeared, Ti was still existed.
El-Raghy: Scr Mater.