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13篇 您的检索式:作者名="HICHAM M"
    题名 作者 年代 出处 被引量
1Optical Flow-3D segmentation and interpretation: A variational method with active curve evolution and level sets显示文摘Amar M Hicham S 2006Transactions on Pattern Analysis and Machine Intelligence2006,28,11:1
2Biomaterials显示文摘Pierre J Hicham M Chitrangada A 200930:17812009,30,:1
3Continuous aggregate nearest neighbor queries显示文摘Hicham G Elmongui M F 2013Geolnformatica2013,17,1:1
4Apelin(65-77) activates extracellular signal-regulatedKinases via a PTX-sensitive G protein显示文摘Bernard M Hicham L Honore'M 2002Biochem Biophys Res Commun2002,290,1:1
5Optical Flow-3D Segmentation and Inter-pretation:A Variational Method with Active Curve Evolution and Level Sets显示文摘Amar M Hicham S 2006Transactions on Pattern Analysis and Ma-chine Intelligence2006,28,11:1
6Environmental agents affect skeletal growth and development显示文摘Jonathan D H Hicham D Mitsuhiro M 2007Birth Defects Research2007,81,:1
7Object modeling and pach computation for multimodal travel system 显示文摘Maurizio B Azedine B Hicham M 2006European Journal of Operational Research2006,175,:1
8Object modeling and path computation for multimodal travel systems显示文摘MURIAIO B AZEDINE B HICHAM M 2006European Journal of Operational Research2006,175,3:1
9Euler and quaterni- on parameterization in VTOL UAV dynamics witil test model efficieney显示文摘REDOUANE D ADIL S HICHAM M 2015International journal of applied information systems2015,9,8:1
10MRI characteristics and classification of peripheral vascular malformations and tumors显示文摘HICHAM M JEFFREY P 2009Skeletal Radiol2009,38,:1
11Adsorptive features of acid-treated olive stones for drin pesticides:Equilibrium, kinetic and thermodynamic modling studies 显示文摘HICHAM E B JOSE U JOSE M 2009Bioresource Technology2009,100,:1
12Continuous aggregate nearest neighbor queries显示文摘HICHAM G E MOHAMED F M 2013Geolnformatica2013,17,1:1
13Influence of the Inclination Angle on Mixed Convection and Heat Transfer in a“T”Shaped Double Enclosure显示文摘The effect of the tilt angle on mixed convection and related heat transfer in a“T”shaped double enclosure with four heated obstacles on the bottom surface is numerically investigated.The considered obstacles are constantly kept at a relatively high(fixed)temperature,while the cavity’s upper wall is cooled.The finite volume approach is used to solve the mass,momentum,and energy equations with the SIMPLEC algorithm being exploited to deal with the pressure-velocity coupling.Emphasis is put on the influence of the tilt angle on the solution symmetry,flow structure,and heat exchange through the walls.The following parameters and related ranges are considered:Rayleigh number 104≤Ra≤5.105,tilt angle 0°≤φ≤90°,Reynolds number 100≤Re≤1000,Prandtl number Pr=0.72,block height B=0.5,opening width C=0.15,and distance between blocks D=0.5.The results reveal different branches of solutions on varying Re andφ.They also show that the symmetry of the solution regarding the P_(2)axis is retained for all cases with no tilt and for values of Re between 100 and 1000.M’Barka Mourabit Meryam Meknassi Soukaina Fekkar Soumia Mordane Hicham Rouijaa El Alami Semma 2023Fluid Dynamics & Materials Processing2023,19,7:0
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