期刊


ISSN1099-2871
刊名Heat Transfer
参考译名亚洲传热研究
收藏年代2003～2020

关联期刊参考译名收藏年代
Heat Transfer传热研究2009～2023


全部

2003 2004 2005 2006 2007 2008
2009 2017 2018 2019 2020

2019, vol.48, no.1 2019, vol.48, no.2 2019, vol.48, no.3 2019, vol.48, no.4 2019, vol.48, no.5 2019, vol.48, no.6
2019, vol.48, no.7 2019, vol.48, no.8

题名作者出版年年卷期
Improvements of building envelope using passive cooling techniques to reduce the cooling load in hot‐dry regionsHussein Mustafa K.20192019, vol.48, no.8
Magnetohydrodynamics slip flow of a nanofluid through an oscillatory disk under porous medium supremacyRauf Amar; Abbas Zaheer; Shehzad Sabir Ali20192019, vol.48, no.8
The effect of a periodic tangential magnetic field on the stability of a horizontal magnetic fluid sheetMoatimid Galal M.; Eldabe Nabil T.; Sayed Aya20192019, vol.48, no.8
Pretest in forced circulation molten salt heat transfer loop: Studies with thermia‐BGajbhiye Bhavesh D.; C. S. Sona; Mathpati Channamallikarjun S.; Patwardhan Ashwin W.; Borgohain Ananta; Maheshwari Naresh K.20192019, vol.48, no.8
Entropy generation analysis of natural convective chemically reacting squeezing flow of Casson fluid between parallel disks with Hall and Ion slip currentsRamesh Kesetti; Ojjela Odelu20192019, vol.48, no.8
Homogeneous‐heterogeneous chemical action and non‐Fourier flux theory effects in a flow with carbon nanotubesSangapatnam Suneetha; Ketineni Subbarayudu; Lalahamed Wahidunnisa; Haq Rizwan Ul20192019, vol.48, no.8
Magnetohydrodynamic bio‐nanoconvective Naiver slip flow of micropolar fluid in a stretchable horizontal channelZohra Fatema T.; Uddin Mohammed J.; Ismail Ahamd I. M.20192019, vol.48, no.8
MHD boundary layer of GO–H22 O nanoliquid flow upon stretching plate with considering nonlinear thermal ray and Joule heating effectShahlaei S.; Hassankolaei M. G.20192019, vol.48, no.8
Unsteady MHD flow of laminar liquid film over a porous medium using DTM‐Pade approximationDash R. K.; Mishra S. R.20192019, vol.48, no.8
Effect of nonlinear thermal radiation on silver and copper water nanofluid flow due to a rotating disk with variable thickness in the presence of nonuniform heat source/sink using the homotopy analysis methodSravanthi C. S.20192019, vol.48, no.8
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