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  1. 921
    Impact of Nanoparticles Shapes on Magnetohydrodynamic Flow and Heat Transfer of Casson Hybrid Nanofluids over a Moving Inclined Plate
    “… conditions. The study infused water with silver (Ag) and Titanium Oxide (TiO2) to analysed the velocity…”
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    Article
  2. 922
    Comprehensive comparisons of RANS, LES, and experiments over cross-ventilated building under sheltered conditions
    “…. The evaluation of the velocity profiles was performed in the vertical and horizontal planes of the target…”
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    Article
  3. 923
    Awareness and preparedness of healthcare workers against the first wave of the COVID- 19 pandemic: A cross-sectional survey across 57 countries
    by Huy N.T.; Chico R.M.; Huan V.T.; Shaikhkhalil H.W.; Uyen V.N.T.; Qarawi A.T.A.; Alhady S.T.M.; Vuong N.L.; Truong L.V.; Luu M.N.; Dumre S.P.; Imoto A.; Lee P.N.; Tam D.N.H.; Ng S.J.; Hashan M.R.; Matsui M.; Duc N.T.M.; Karimzadeh S.; Koonrungsesomboon N.; Smith C.; Cox S.; Moji K.; Hirayama K.; Linh L.K.; Abbas K.S.; Dung T.N.T.; Al-Ahdal T.M.A.; Balogun E.O.; Duy N.T.; Eltaras M.M.; Huynh T.; Hue N.T.L.; Khue B.D.; Gad A.; Tawfik G.M.; Kubota K.; Nguyen H.-M.; Pavlenko D.; Trang V.T.T.; Vu L.T.; Yen T.H.; Yen-Xuan N.T.; Trang L.T.; Dong V.; Sharma A.; Dat V.Q.; Soliman M.; Aziz J.A.; Shah J.; Hung P.D.L.; Jee Y.S.; Phuong D.T.H.; Quynh T.T.H.; Giang H.T.N.; Huynh V.T.N.; Thi N.A.; Dhouibi N.; Phan T.; Duru V.; Nam N.H.; Ghozy S.; Tran H.-Y.; Aziz J.M.A.; Duru Vincent C.; Mousavi S.H.; Zahid S.U.; Wardak K.; Nusrat F.; Gandhi Z.; Tochie J.N.; Blennerhassett M.G.; Wang K.; Shi H.; Ochoa-Toasa E.; Hewalla M.E.E.; Monib F.A.; Alfadaly M.A.; Mahmoud M.H.; Derballa E.E.A.; Desalegn Z.; Tesfa T.; Lam R.P.K.; Syed Z.Q.; Harapan H.; Hezave A.K.; Al-Jubouri M.B.; Faris S.H.; Al-Fayyadh S.; Turki S.G.; Jaafar S.A.; Alwan I.H.; Porru F.; Greco S.; Harada N.; Kubota A.; Iwashita Y.; Mizusawa T.; Alomoush M.; Osaili T.; Emhamed M.S.A.; Ismail I.A.; Chua K.H.; Jamaluddin T.Z.M.T.; Olvera B.D.P.G.; Outani O.; Ranabhat K.; Dumre R.B.; Dayyab F.M.; Yakubu A.A.; Esan D.T.; Emmanuel P.; Usman A.B.; Kumar R.; Shaqoura E.I.H.; Shaat T.E.-D.; Hamad L.H.; Awwad A.R.; Samara A.; Medina J.R.C.; Hilario A.L.; Angeles J.M.M.; Climacosa F.M.M.; Mercado V.J.P.; Stefanovic S.; Govender I.; Martinez-Portilla R.J.; Ehelepola N.D.B.; Muthugala R.; Homeida A.; Ahmed O.; Ismail A.Y.; Shibani M.; Kouz B.; Ko W.-C.; Nochaiwong S.; Dahman N.B.H.; Pavlenko T.; Pavlenko R.; Anesi G.L.; Tuyen P.B.; Chanda D.; Shenwari H.; Hashimi S.M.; Afzaly F.; Noor A.W.; Alizai N.; Dajti I.; Kërpaçi J.; Vrapi E.; Ouerdane Y.; Ouerdane F.; Bouaich M.E.; Bakhtaoui I.; Dwyer D.E.; Taylor J.; Pulock O.S.; Pinky S.D.; Rafi T.H.; Deepanwita S.; Ahsan A.; Mahboob R.N.; Rafi A.; Habib A.; Faisal M.F.; Sagar S.K.; Luba F.R.; Sourav S.I.; Rahman S.; Ferreto L.E.D.; de Pauli M.A., Jr.; da Silva M.C.B.; Wendt G.W.; Kwenti T.E.; Kam K.G.W.; Njinyam N.; Tsaku E.; Farhani N.; Bayat A.; Tabije F.; Rizwan S.; Manalac L.K.B.; Ubhi N.K.; Aburto J.T.O.; Mou J.; Zhang S.; Xu C.; Qiao J.; Lin X.; Chen F.; Luan X.; Zhang M.; Wang X.; Chen L.; Cheng X.; Song C.; Guo L.; Haque M.A.; Ying X.; Wang Y.; Lu J.; Gong K.; Zheng Y.; Liu H.; Li W.; Wui W.T.; Castillo G.A.; Ruales S.; Bovera M.M.; Almeida D.P.F.; Quiroz D.M.C.; Rodriguez A.P.C.; Rengel M.A.N.; Correa O.D.S.; Salinas L.J.Z.; Carvajal J.J.R.; Arteaga C.V.D.; Maguid R.A.; Omran H.A.M.; Mohammed A.A.Y.; Sharaf A.K.; Hebashy A.R.M.; Moussa R.M.; El-Ramly T.A.F.; Youssef A.R.A.; Ibrahim M.I.A.; Rezq C.S.; Shoukry M.R.; Qatora M.S.; Abuhassira M.J.; Bastawesy M.M.; Abdeltawab A.E.B.M.; Ayman Hafez Y.; Mekkawy M.A.; Hashem S.M.; Mahmoud A.M.; Sayed E.G.; Saad M.M.; Ramadan A.G.; Rashad A.M.; Said A.E.; Ahmed S.F.; Hamed Z.H.; Salah M.A.; Abdelkarem M.M.; Fawzy M.U.; Farghali R.M.; Foaud N.R.; Nageh M.A.; Allam A.H.S.; Abdallah A.A.M.; Abdallatif A.G.N.; Alsadek M.E.; Isa M.S.; Yousof A.; Isa A.S.; El-Raey F.; Ghanem A.M.; El-Rifai A.W.; Salama A.E.; Abulnaga M.A.; Hamdy N.M.; Abuzeid A.A.; Khader S.A.E.; Elsebaie M.A.E.T.; Ragab B.M.T.; Shady Y.E.M.; Ali A.A.M.; Ali A.A.M.; Said D.E.; Albishari H.A.S.; Mohammed N.A.M.; Elsalam E.M.A.; Ali N.A.A.; Desokey M.S.; Elsamman A.A.; Khaleel A.Z.; Eldahshory M.Z.A.; Hussein M.M.; Elsheikh S.S.; Deeb D.A.; Badr M.R.; Abdrabo M.F.I.; Hadhoud M.M.; Abdelwadoud G.T.; Abdelsattar N.K.; Alrawi A.G.; Mustafa M.G.; Kamal M.-A.S.; Hussien H.A.; Hosny M.M.; Abdelsalam T.A.A.T.; Mohamed A.G.; Arafa H.A.; Abd-ElGawad M.M.; Elsalam O.M.A.; Farag M.A.; Allam R.H.; Kamal E.M.; Mostafa A.K.; Mohamed M.R.; Ewais H.S.; Ahmed A.A.; Masoud A.T.; Abdelmonem M.; Mohammed F.M.S.M.H.; Ghannam A.F.; Gebrehiwot Y.; Amogne W.; Abebe T.; Abrha A.; Arkew M.; Gebretsadik D.; Yefredew C.; Duc N.; Denis M.; Pauline P.; Jean-Michel C.; Hecker A.; Hecker M.; Sommer N.; Manatakis D.K.; Vamvakas P.; Milisi E.; Lopez A.A.V.; Castillo I.F.; Falla V.D.; Lam G.S.M.; Leung P.S.C.; Ng P.Y.; Sin W.C.S.; Subramaniam R.; Kuruvilla S.; Subramanya S.H.; Rangaiah A.; Padukone S.; Panchawagh S.; Bhat S.; Raut A.; Arce K.E.; Alvarez-Uria G.; Baliga S.; Mahakalkar C.; Utomo P.S.; Librianty N.; Ikram I.; Prashanti N.A.P.; Sari T.N.W.; Harorani M.; Amini S.; Masmouei B.; Isam S.R.; Abbas A.A.; Ahmed H.A.; Ahmed H.A.; Hussein R.M.; Hama D.J.; Mahmood T.A.; Abdulateef D.S.; Rahman H.S.; Othman H.H.; Gharib D.T.; Saadun K.F.; Qader S.M.; Hilal A.S.; Athbi H.A.; Khudhair A.K.; Obaid K.B.; Al-Husayn A.J.A.; Salman M.F.; Mansoor H.I.; Musihb Z.S.; Oleiwi S.S.; Mahmood F.M.; Jawad I.H.; Jabl R.F.; Piva S.; Paolillo C.; Mancinelli S.; Vinci A.; Ingravalle F.; Gianino M.M.; Maran D.A.; Papalia R.; Boraso F.; Rosiello F.; Costantino R.; Raffaele G.; Bianco A.; Pepe D.; Licata F.; Mazzea S.; De Filippo C.; Brunelli D.; Verzè M.; Nicolis F.; Ramaroli D.A.; Tardivo S.; Currà A.; Bava R.; Rodinò A.; Galletta M.; Formentini S.; Capasso M.; Choi W.S.; Ito A.; Morimoto S.; Akitomi S.; Sawa R.; Tamura K.; Nagi S.; Sugishita T.; Tokita D.; Tanabe K.; Tanaka E.; Minamide C.; Maeda K.; Munakata H.; Hibino M.; Suzuki R.; Shinozaki N.; Sato M.; Watanabe N.; Kadoya Y.; Hayakawa F.; Yoshimine F.; Hori Y.; Sugai Y.; Kon Y.; Shimazu S.; Tsuruma H.; Uchiyama A.; Ota K.; Takehara K.; Miyairi I.; Kawaminami S.; Kawahito K.; Mizukami S.; Kayano J.; Tanaka K.; Al-Jawlahi R.H.A.Y.; Khader Y.S.; Momany S.M.; Za'nouneh F.J.A.A.; AlQudah Q.M.; Momani A.M.A.; Al-Nabulsi A.A.-R.; AlGhammaz F.T.; Diraneih M.; Hasanein K.A.; Sahli J.; Alaawneh D.; Sisan M.A.; Al-Awar G.; Minassian G.; Ayoub R.; Hassanieh J.; Alshareef A.M.; Alduwayb M.M.A.; Elrais S.A.; Alhabbasi M.O.M.; Ahmed F.A.; Ben-Abdallah A.A.S.; Morgom M.M.; Etturki M.A.; Aboubeirah M.K.; Malek K.A.; Shah N.F.M.; Puah S.M.; Munusamy V.; Cheng O.H.; Tarumma S.; Razali S.Z.M.; Nor M.A.M.; Ponnampalavanar S.; Lee P.C.; Chee J.K.L.; Payus A.O.; Lee P.Y.; Zakariah S.Z.; Ibrahim R.; Taib N.M.; Amin-Nordin S.; Isa M.M.; Darwis A.A.; Adnan F.; Azil A.H.; Ali U.K.; Yasin A.M.; Salleh S.A.; Benslimane Z.; Boualila L.; Skitioui I.; Lahcen B.; El Adib G.; Belakbyer H.; Outani A.; Ayad A.; Sapkota K.; Adhikari B.; Dhakal B.; Pandey B.D.; Bastola A.; Pun S.B.; Mandal S.K.; Vaidya P.; Gyanwali P.; Poudyal A.K.; Rijal K.R.; Ghimire P.; Marahatta S.B.; Mishra D.K.; Acharya D.; Ghimire P.; Ghimire M.; Neupane D.R.; Thapaliya S.; Chhetri R.; Mishra D.R.; Pokharel S.M.; Bista B.; Neupane S.; Poudyal B.S.; Pandey K.; Gokhale S.; Hamal D.; Shrestha R.; Ceintury K.P.; Bhandari K.; Karki A.R.; Acharya B.; Oli P.K.; Shrestha D.L.; Shrestha M.P.; Lal B.K.; Singh D.R.; Dhimal M.; Loeffen Y.; Al-Buasidi I.S.; Metcalf S.; Iliyasu G.; Habib A.G.; Ahmad B.G.; Kibiya F.S.; Umar S.; Borodo A.M.; Sulaiman S.I.; Awwal A.M.; Sanusi Y.; Sadiq A.A.; Hassan Z.; Maigari I.M.; Musa H.S.; Misau Y.A.; Abdullahi A.A.; Ismail H.; Muhammad A.; Isah Z.A.; Muhammed S.; Muhammad L.; Gadama A.S.; Muhammad B.A.; Mubarak M.M.; Abubakar M.; Umar M.A.; Yusuf R.; Haruna A.L.; Isah K.A.; Dauda M.J.; Tukur S.A.; Adewale B.; Ajibaye O.; Ojogbede A.; Awoyomi B.O.; Adeneye A.A.; Ajibaye O.V.; Olawale O.G.; Isaac E.; Mmanga M.; Oluwadare T.; Oluwafemi F.S.; Esan T.O.; Agboola S.M.; Akinlade L.I.; Osinupebi O.A.; Deborah O.; Oduyebo Oyinlola O.; Ejechi O.K.; Francisca A.M.; Jones A.Y.K.G.; Abosede O.O.; Mercy F.A.; Joseph O.N.; Duru P.T.; Nuhu B.; John C.; Shehu N.; Hafeez A.; Khan A.W.; Lal M.; Krishin J.; Fatmi Z.; Qadeer R.; Siddiqui M.J.; Tahir E.; Al'Saani A.J.; Zafar R.; Burney A.; Iqbal A.; Hassan Z.; Ali I.; Jan M.; Zakir M.; Nuzhat T.; Alnajjar O.R.; Abdulhadimaqadma I.T.; Shawish N.A.A.; Wali M.I.; Toman H.I.; Yassin A.; Alhabash A.w.; Thaher A.B.A.; Shaqoura R.; Abdo M.A.; Selmiya M.E.A.; Alashqer A.A.; Jneed R.T.; Shaheen A.; Al-Azzamy A.; Shaheen M.; Jalhum E.; Ouda M.A.A.; Aljerjawi S.N.; Alsharef A.N.; Habboub A.E.; Helles A.; Hammad M.Z.; Sweid O.; Aljerjawi A.N.; Alhaw S.H.; Hammad F.; Tahboub I.N.; Samara A.; Alfuqaha A.S.M.; Sweileh M.W.; Arafat H.; Rios-González C.M.; Acosta P.M.; Pinlac P.A.V.; Latorre A.A.E.; Co K.C.D.; Villanueva S.Y.A.M.; Lota M.M.M.; Roxas E.A.; Laroa H.R.F.; Villalon M.T.; Fabon J.L.; Maghanoy D.E.; Sabarre N.G.; Mikhailova V.; Gachabayov M.; Abdullaev A.; Jankovic S.; Milosavljevic M.; Radomirovic D.; Milosavljevic M.; Dhaqane A.H.; Roble H.Y.; Jalei A.A.; van Coppenhagen B.; Maphasha O.; Retuerta F.F.; Roig M.D.G.; Sierra R.; Amo E.d.; Campins M.; Seneviratne H.S.K.; Senanayake A.P.; Dalugama C.; Dissanayake D.R.R.H.B.; Rizky Aazath M.R.M.; Buddhadasa W.M.N.P.; Basnayake B.B.M.L.S.; Weerasekara W.A.L.P.; Weerakoon K.; Sumathipala S.; Rajith Jayasanka K.T.; Premadasa T.; Francis V.; Yousif G.A.E.; Abaker H.H.M.; Gismalla M.D.A.; Adam A.M.I.; Omer M.A.M.; Hassan R.A.E.; Omer A.A.E.M.; Babiker R.A.A.; Alkhider A.H.M.; Mohamed E.A.E.; Eltayeb M.E.A.; Mohammed I.H.M.; Ghalib A.M.E.; Alkhder L.M.M.; Musa D.A.A.; Abudawa M.M.A.; Dafallah O.M.M.; Mohamed O.A.B.O.; Ahmed L.H.O.; Almharat I.I.; Elnour K.I.; Musa R.A.-H.; Abdelrahim Y.S.; Zaroog S.M.I.; Fadelalmawla F.H.M.; Khiri N.M.E.; Babiker T.E.M.A.; Shaban M.; Alhusseini R.T.; Alfatih M.; Ahmed M.A.M.; Mohamed M.H.A.; Ali M.M.; Yassin M.F.A.; Hamed J.M.A.; Idriss A.A.R.; Ismaeil M.I.H.; Khalifa H.M.A.; Saeed O.S.M.; Adam A.E.E.; Elamin M.H.A.M.; Hamid Y.M.A.; Elmonower W.E.; Abdulrahim M.A.M.; Alshareif B.A.A.; Mohamed T.E.E.; Ahmed H.H.H.; Ahmed M.A.A.M.; Dawood A.A.I.; Abdalla R.Y.A.; Mohammed S.A.A.; Abdalla M.I.O.; Gurashi M.S.O.; Elrufai R.R.H.; Idrys R.H.A.; Eldirdiri A.E.E.; Abkar A.S.A.; Ahmed W.M.; Elsheikh W.E.A.; Ahmed M.N.E.; Abdalrhman E.G.; Elnour T.A.A.; Altorkmani A.; Rmman A.; Sawaf B.; Alzabibi M.A.; Ismail H.; Armashi H.; Chebat M.Z.; Alkhaledi A.; Hadidi D.; Kazem H.; Mardini H.; Naoura S.; Alneser O.; Alhaffar M.B.A.; Abbas A.; Alorfhli I.; Shammas I.; Al Habbal O.; Ko N.-Y.; Lee N.-Y.; Chilongola J.O.; Muro F.; Sutham K.; Winichakoon P.; Ruengorn C.; Awiphan R.; Bangpattanasiri K.; Sangsayunh P.; Kungsukool S.; Kanoksilp A.; Jantarabenjakul W.; Putcharoen O.; Paitoonpong L.; Suwanpimonkul G.; Puthanakit T.; Kanjanavanit S.; Kawila R.; Kowatcharakul W.; Nanta S.; Nagassar R.P.; Dookeeram D.K.; Daniel K.; Ramkissoon-Bain S.; Maghraoui H.; Jebali A.; Saber S.B.; Kacem W.; Dissem N.; Nefzi A.; Bahri F.; Romdhane M.B.; Tlili F.; Rhaiem R.B.; Trabelsi I.; Ammar H.B.; Khelifa E.; Moatemri Z.; Dhib K.; Mastouri O.; Zarrad C.; Aissa A.; Teyeb Z.; Malouch A.; Gara M.; Ladib A.; Grati L.; Ammous O.; Charmi Z.; Ksentini M.; Al-Marzouqi A.; Tkachuk O.; Kudlatska-Tyshko I.; Dzhemiliev A.; Scatena R.; Ganapathiraju P.V.; Anderson K.M.; Phu L.N.; Chau P.T.M.; Hang T.H.T.; Nhan D.T.; Diem N.T.P.; Cuong L.V.; Sy L.V.; Tien D.X.; Trang N.T.M.; Mai N.T.; Dai D.T.T.; Han H.V.; Na T.L.; Thinh D.P.; Trung V.N.; Tuan H.M.; Tuan N.M.; Quy D.T.; Khanh T.H.; Hung N.T.; Minh N.N.Q.; Tung T.H.; Son P.T.; Quynh N.X.T.; Viet D.C.; Ngoc N.M.; Hien N.T.; Hung T.Q.; Phuong N.T.H.; Linh N.N.; Thang N.Q.; Manh N.T.; Tien N.V.; Tram T.V.; Thanh D.Q.; Tin L.Q.; Tien L.H.C.; Thao L.T.T.; Van N.T.; Dang N.V.; Hung T.X.; Nam V.; Ha T.T.; Anh L.T.H.; Thuy L.T.; Nguyen T.-T.; Huu N.C.; Thoa P.T.; Tho L.D.; Huy P.L.X.; Thoai N.V.; Thuy V.T.; Duan L.Q.; Nam D.V.H.; Thuc N.T.; Hung L.Q.; Thang P.M.; Trung L.V.; Thong D.V.; Truong N.D.; Son V.T.; Tiem T.X.; Hang P.T.; Tuyet H.T.D.; Thai H.-N.; Trinh D.-T.T.; Nguyen V.-D.; Bui M.-M.P.; Phuoc N.T.; Dung D.A.; Nam N.T.; Nhan N.T.; Thanh V.K.; Trinh L.T.; Nsokolo B.; Chongwe G.; Mutengo K.; Neziraj J.; Hajdinaj E.; Beqiraj K.; Cani A.; Sinani A.; Bellani L.; Monib F.A.; Emad D.; Ragy M.; Fawzy M.; Shibani M.H.; Islam I.; Nishat N.H.; Liang L.Y.; Yee B.P.J.; Eng T.G.; Chuah J.; Lian P.Y.; Chong L.C.; Jia N.S.; Belhadj W.; Slimane Z.B.; Mansuri A.; Pan I.; Molly A.; Nitta Y.; Saeed D.; Faray K.; Taib D.; Bhandari R.; Oskouie F.; Khayeri F.; Seyedfatemi N.; Lucas F.R.; Ribeiro M.M.
    Published in PLoS ONE (2021)
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    Article
  4. 924
    Compression and texture in socks enhance football kicking performance
    “… ± 0.9 years) performed 20 instep kicks with maximum velocity, in four randomly organised insoles…”
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    Article
  5. 925
    Characteristics of Different Groups of Flare-CME in the Minimum to Rising Phase of Solar Cycle 24; [(Pencirian Kumpulan Berbeza Suar-CME dalam Fasa Minimum hingga Fasa Menaik Kitaran Suria 24)]
    “… of their main CME properties; velocity, acceleration and angular width. At the end of the study, we found…”
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    Article
  6. 926
    Assessing the performance of concrete structure based on the width of the crack using UPV
    “…. The instrument used in this research is Ultrasonic Pulse Velocity (UPV), with the objective to determine…”
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    Article
  7. 927
    Kinematic Differences between Gradual and Impulsive Coronal Mass Ejections: The Role of Flares
    “… collection is made through SOHO LASCO catalogues and STEREO database which include velocity, acceleration…”
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    Article
  8. 928
    Radiation Effects on Inclined Magnetohydrodynamics Mixed Convection Boundary Layer Flow of Hybrid Nanofluids over a Moving and Static Wedge
    “… are illustrated graphically to show the behavior of velocity and temperature profiles, as well as skin friction…”
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    Article
  9. 929
    Pressure Drop and Flow Characteristics in a Diffuser with a Dimpled Tube
    “… pressure and velocity distribution. The study reveals that every semi-dimple act as a vortex generator…”
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    Article
  10. 930
    Numerical investigation of heat transfer of twelve Plastic Leaded Chip Carrier (PLCC) by using computational fluid dynamic, FLUENT™ software
    “… for 12 PLCC under different inlet velocities and chip powers. The contours of average junction…”
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    Conference paper
  11. 931
    Unsteady Free Convection Dusty MHD Flow with Dissipation Effect Over Non-Isothermal Vertical Cone
    “… software was used to compute the discretization equations and depict the numerical outcomes. The velocity…”
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    Article
  12. 932
    Wind speed effect on the time available for compaction of warm mix asphalt (Wma)
    “… Asphalt (WMA) with the effect of different wind velocity using laboratory tests. It focused on WMA…”
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    Conference paper
  13. 933
    Bilateral eagle syndrome: A rare entity
    “…Elongated styloid process or Eagle syndrome is a rare condition presenting with a wide range…”
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    Article
  14. 934
    Kinematic Differences between Gradual and Impulsive Coronal Mass Ejections: The Role of Flares; [Perbezaan Kinematik antara Lentingan Jisim Korona Berperingkat dan Impulsif: Peranan Nyalaan]
    “… collection is made through SOHO LASCO catalogues and STEREO database which include velocity, acceleration…”
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    Article
  15. 935
    Association of Arterial Stiffness and Atherosclerotic Burden With Brain Structural Changes Among Japanese Men
    “… velocity and coronary artery calcification on computed tomography scans were measured between March 2010…”
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    Article
  16. 936
    Curing characteristics and tensile properties of white fly ash filled natural rubber compounds
    “… at 100 % elongation) was gradually increased with the increasing of WFA loading, meanwhile…”
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    Conference paper
  17. 937
    Heat Transfer in Hartmann Flow of Hybrid Nano-Jeffrey Fluid with Heat Absorption and Thermal Radiation Impact
    “…, volume fraction of hybrid nanofluid, time, and Prandtl number, results of velocity and temperature…”
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    Article
  18. 938
    Hydraulic and morphological patterns in a riparian vegetated sandy compound straight channel
    “… of an asymmetrical straight channel. The Manning's n, depth-averaged velocity, boundary shear stress…”
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    Conference paper
  19. 939
    The Newtonian heating effect on MHD free convective boundary layer flow of magnetic nanofluids past a moving inclined plate
    “… as numerically in a tabular form. Numerical results for velocity and temperature are shown graphically…”
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    Article
  20. 940
    Application of artificial neural network to predict water flux from pre-treated palm oil mill effluent using direct contact membrane distillation
    “…). This model allows the identification for the range of feed temperature and feed velocity, in which optimal…”
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    Conference paper
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