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Realit. Shock Among Field t.aining St.dent. at.t.e Special Educat.on Depart.ent.at.Qassim Universit. and It. Relat.on Wit. t.eir Adjust.ent.St.at.gies and Fut.re At.it.de t.ward t.e Profession

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Psychology Research 2016年第4期6卷 225-241页

作者： Lawahet. M. t. hussain Safaa M. A. Yadak Qassim Universit. A1-Rass KSA

Review of t.e St.t. of Art.of t.nable Impulse Ult.a-Wideband t.chnology as Int.grat.r for Wireless Sensing and Ident.ficat.ons Short.Range Net.orks

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Wireless Sensor Net.ork 2014年第8期6卷 137-156页

作者： Mohammed Seed Jawad Widad Ismail Ayman Hajjawi Ot.man Abdul Rani Abadal-Salam t. hussain Azahari Saleh Facult. of Elect.onics and Comput.r Engineering (FKEKK) Univeristi Teknikal Malaysia Melaka (UTeM) Hang Tuah Jaya Durrian Tunggal Melaka Malaysia

Impulse based Ult.a wideband t.chnology has been t.e mot.vat.on of many recent.researches wit. t.e pot.nt.al of many applicat.ons t. be researched. t.e uniqueness of t.e physical charact.rist.cs of t.e generat.d signal combined wit. t.e high flexibilit. of for different.dat. rat.s at.t.e physical layer design level have been addressed in considerable number of researches recent.y. t.is paper present. in dept. reviews of t.e different.concept. of t.nable impulse based ult.a wideband from t.e different.researchers views. Research proposals of Cross layer archit.ct.res as PHY-MAC aware Impulse based ult.a wideband solut.ons, link-budget.communicat.on design wit. performance evaluat.ons in different.t.st.beds implement.t.ons are invest.gat.d in t.is paper. Such in-dept. review can help researchers in t.is field t. have bet.er underst.nding of t.e different.possibilit.es of designing new impulse-based ult.a wideband solut.ons for fut.re pot.nt.al communicat.on scenarios. Special focus on ut.lizing t.e advant.ge of impulse-based ult.a wideband signal design flexibilit. as int.grat.r for different.short.t. medium wireless infrast.uct.res mainly sharing common design const.aint. and requirement.. Finding remarks from reviewing nearest.field lit.rat.re combined wit. researches benchmarking t. inspire researches proposal for t.is t.pic.

关键词： IR-UWB t.nable UWB Cross-Layer Design OFDM UWB-WSN UWB-RFID

Series solut.ons for t.e st.gnat.on flow of a second-grade fluid over a shrinking sheet

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Applied Mat.emat.cs and Mechanics(English Edit.on) 2009年第10期30卷 1255-1262页

作者： S. Nadeem Anwar hussain M. Y. Malik t. Hayat Depart.ent.of Mat.emat.cs Quaid-i-Azam University

t.is st.dy derives t.e analyt.c solut.ons of boundary layer flows bounded by a shrinking sheet. Wit. t.e similarit. t.ansformat.ons, t.e part.al different.al equat.ons are reduced int. t.e ordinary different.al equat.ons which are t.en solved by t.e homot.py analysis met.od （HAM）. t.o-dimensional and axisymmet.ic shrinking flow cases are discussed.

关键词： st.gnat.on flow second-grade fluid shrinking sheet

Perist.lt.c t.ansport.of hydromagnet.c Jeffrey fluid wit. t.mperat.re-dependent.viscosit. and t.ermal conduct.vit.

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Int.rnat.onal Journal of Biomat.emat.cs 2016年第2期9卷 199-220页

作者： Q. hussain S. Asghar t. Hayat.A. Alsaedi Depart.ent.of Mat.emat.csCOMSAt. Inst.t.t. of Informat.on t.chnology Islamabad 44000 Pakistan Depart.ent.of Mat.emat.cs Quaid-I-Azam Universit.Islamabad 44000 Pakistan Nonlinear Analysis and Applied Mat.emat.cs (NAAM) Research Group Faculty of Science King Abdul Aziz University Jeddah 21589 Saudi Arabia

In t.is paper, we invest.gat. t.e effect. of variable viscosit. and t.ermal conduct.vit. on perist.lt.c flow of Jeffrey fluid in an asymmet.ic channel. t.e inclined magnet.c field, viscous dissipat.on and Joule heat.ng are also considered. Wave frame and long wave-lengt. approximat.ons are made t. formulat. t.e problem. Pressure gradient. pressure drop per wavelengt., velocit. and t.mperat.re profiles are calculat.d analyt.cally and discussed graphically. Comparison is made wit. t.e previous work for reliabilit..

关键词： Perist.lt.c flow inclined magnet.c field t.mperat.re-dependent.propert.es Joule heat.ng.

Flow of Oldroyd-B fluid wit. nanopart.cles and t.ermal radiat.on

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Applied Mat.emat.cs and Mechanics(English Edit.on) 2015年第1期36卷 69-80页

作者： t.HAYAt.t.hussain S.A.SHEHZAD A.ALSAEDI Depart.ent.of Mat.emat.cs Quaid-i-Azam University Nonlinear Analysis and Applied Mat.emat.cs (NAAM) Research Group Faculty of ScienceKing Abdulaziz University Depart.ent.of Mat.emat.cs Faculty of Computing Mohammad Ali Jinnah University Depart.ent.of Mat.emat.cs COMSATS Institute of Information Technology

t.e t.o-dimensional boundary layer flow of an Oldroyd-B fluid in t.e presence of nanopart.cles is invest.gat.d. Convect.ve heat.and mass condit.ons are considered in t.e presence of t.ermal radiat.on and heat.generat.on. t.e Brownian mot.on and t.ermophoresis effect. are ret.ined. t.e nonlinear part.al different.al equat.ons are reduced int. t.e ordinary different.al equat.on （ODE） syst.ms. t.e result.ng ODE syst.ms are solved for t.e series solut.ons. t.e result. are analyzed for various physical paramet.rs of int.rest. Numerical values of t.e local Nusselt.and Sherwood numbers are also comput.d and analyzed.

关键词： nanopart.cle Oldroyd-B fluid heat.generat.on convect.ve condit.on

Heat.t.ansfer analysis of Williamson fluid over exponent.ally st.et.hing surface

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Applied Mat.emat.cs and Mechanics(English Edit.on) 2014年第4期35卷 489-502页

作者： S.NADEEM S.t.hussain Depart.ent.of Mat.emat.cs Quaid-i-Azam University

t.is st.dy explores t.e effect. of heat.t.ansfer on t.e Williamson fluid over a porous exponent.ally st.et.hing surface. t.e boundary layer equat.ons of t.e Williamson fluid model for t.o dimensional flow wit. heat.t.ansfer are present.d. t.o cases of heat.t.ansfer are considered, i.e., t.e prescribed exponent.al order surface t.mperat.re （PESt. case and t.e prescribed exponent.al order heat.flux （PEHF） case. t.e highly nonlinear part.al different.al equat.ons are simplified wit. suit.ble similar and non-similar variables, and finally are solved analyt.cally wit. t.e help of t.e opt.mal homot.py analysis met.od （OHAM）. t.e opt.mal convergence cont.ol paramet.rs are obt.ined, and t.e physical fea- t.res of t.e flow paramet.rs are analyzed t.rough graphs and t.bles. t.e skin frict.on and wall t.mperat.re gradient.are calculat.d.

关键词： opt.mal homot.py analysis met.od (OHAM) Williamson fluid expo-nent.al st.et.hing permeable wall heat.t.ansfer prescribed exponent.al order surfacet.mperat.re (PESt. prescribed exponent.al order heat.flux (PEHF)

Conjugat. nat.ral convect.on of non-Newt.nian hybrid nanofluid in wavy-shaped enclosure

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Applied Mat.emat.cs and Mechanics(English Edit.on) 2022年第3期43卷 447-466页

作者： S.hussain t.t.YEBI t.ARMAGHANI A.M.RASHAD H.A.NABWEY Depart.ent.of Mat.emat.cs Capital University of Science and TechnologyIslamabad 44000Pakistan Lehrst.hl III Department of MathematicsTechnical University of DortmundDortmund 44227Germany Facult. of Sciences and t.chnology University of Bordj Bou ArreridjEl-Anasser 34030Algeria Depart.ent.of Engineering West Tehran BranchIslamic Azad UniversityTehran 11365Iran Depart.ent.of Mat.emat.cs Aswan UniversityFaculty of ScienceAswan 81528Egypt Depart.ent.of Mat.emat.cs College of Science and Humanities in Al-KharjPrince Sattam Bin Abdulaziz UniversityAl-Kharj 11942Saudi Arabia Depart.ent.of Basic Engineering Science Faculty of EngineeringMenou¯a UniversityShebin El-Kom 32511Egypt

t.e present.st.dy concerns t.e modelizat.on and numerical simulat.on for t.e heat.and flow exchange charact.rist.cs in a novel configurat.on sat.rat.d wit. a nonNewt.nian Ag-MgO hybrid *** wavy shaped enclosure is equipped wit. onequart.r of a conduct.ng solid *** syst.m of equat.ons result.ng from t.e mat.emat.cal modeling of t.e physical problem in it. dimensionless form is discret.zed via t.e higher-order Galerkin-based finit. element.met.od(GFEM).t.e dependency of various fact.rs and t.eir int.rrelat.onships affect.ng t.e hydro-t.ermal behavior and heat.exchange rat. are *** numerical experiment. reveal t.at.t.e best.heat.t.ansfer rat. is achieved for t.e pseudo-plast.c hybrid nanoliquid wit. high Rayleigh number and t.ermal conduct.vit. rat.o and low Hart.ann ***,t.e power-law index has a major effect.in det.riorat.ng t.e heat.convect.on at.high Rayleigh number.

关键词： nat.ral convect.on waved-shaped cavit. magnet.c field hybrid nanofluid higher order finit. element.met.od(FEM)

Heat.t.ansfer in a porous sat.rat.d wavy channel wit. asymmet.ic convect.ve boundary condit.ons

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Journal of Cent.al Sout. Universit. 2015年第1期22卷 392-401页

作者： Q.hussain S.Asghar t.Hayat.A.Alsaedi Depart.ent.of Mat.emat.cs COMSATS Institute of Information Technology Depart.ent.of Mat.emat.cs Faculty of Science King Abdulaziz University Depart.ent.of Mat.emat.cs Quaid-I-Azam University 45320

t.e viscous flow in a wavy channel wit. convect.ve boundary condit.ons is invest.gat.d. t.e channel is filled wit. a porous viscous fluid. t.o cases of equal and different.ext.rnal convect.on coefficient. on t.e walls are t.ken int. account. Effect.of viscous dissipat.on is also considered. t.e governing equat.ons are derived employing long wavelengt. and low Reynolds number approximat.ons. Exact.closed form solut.ons are obt.ined for t.e simplified equat.ons. Import.nt.physical feat.res for perist.lt.c flow caused by t.e wavy wave are pumping, t.apping and heat.t.ansfer rat. at.t.e channel walls. t.ese are discussed one by one in dept. and det.il t.rough graphical illust.at.ons. Special at.ent.on has been given t. t.e effect. of convect.ve boundary condit.ons. t.e result. show t.at.for Bi1≠Bi2, t.ere exist. a crit.cal value of Brinkman number Brc at.which t.e t.mperat.res of bot. t.e walls become equal. And, for Bi1>Bi2 and Br>Brc, t.e t.mperat.re of t.e cold wall exceeds t.e t.mperat.re of hot.wall.

关键词： perist.lsis heat.t.ansfer porous medium convect.ve boundary condit.ons

Flow of Casson nanofluid wit. viscous dissipat.on and convect.ve condit.ons: A mat.emat.cal model

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Journal of Cent.al Sout. Universit. 2015年第3期22卷 1132-1140页

作者： t.hussain S.A.SHEHZAD A.ALSAEDI t.HAYAt.M.RAMZAN Depart.ent.of Mat.emat.cs Faculty of Computing Mohammad Ali Jinnah University Depart.ent.of Mat.emat.cs Comsats Institute of Information Technology Depart.ent.of Mat.emat.cs Faculty of Science King Abdulaziz University Depart.ent.of Mat.emat.cs Quaid-i-Azam University

t.e magnet.hydrodynamic(MHD) boundary layer flow of Casson fluid in t.e presence of nanopart.cles is *** condit.ons of t.mperat.re and nanopart.cle concent.at.on are employed in t.e formulat.on. t.e flow is generat.d due t. exponent.ally st.et.hing surface. t.e governing boundary layer equat.ons are reduced int. t.e ordinary different.al equat.ons. Series solut.ons are present.d t. analyze t.e velocit., t.mperat.re and nanopart.cle concent.at.on fields. t.mperat.re and nanopart.cle concent.at.on fields decrease when t.e values of Casson paramet.r enhance. It.is found t.at.t.e Biot.numbers arising due t. t.ermal and concent.at.on convect.ve condit.ons yield an enhancement.in t.e t.mperat.re and concent.at.on fields. Furt.er, we observed t.at.bot. t.e t.ermal and nanopart.cle concent.at.on boundary layer t.icknesses are higher for t.e larger values of t.ermophoresis paramet.r. t.e effect. of Brownian mot.on paramet.r on t.e t.mperat.re and nanopart.cle concent.at.on are reverse.

关键词： nanopart.cles Casson fluid concent.at.on convect.ve condit.on