[1] M.Ziaei,M.Beigi."numerical study of heat transfer and pressure drop in forced convection nanofluid flow through an internally ribbed pipe".Journal of engineering modeling semnan university.Vol 16,No 49,pp.65-76,2017(in persian)
[2] L.Ming,et al. "Single phase heat transfer and pressure drop analysis of a dimpled enhanced tube." Applied Thermal Engineering Vol.101,pp. 38-46,2016
[3] L.Zhouhang, et al. "Effects of rib geometries and property variations on heat transfer to supercritical water in internally ribbed tubes." Applied Thermal Engineering Vol.70,pp.303-314,2015
[4] B. Guo, Si-pu, et al. "Condensation and evaporation heat transfer characteristics in horizontal smooth, herringbone and enhanced surface EHT tubes." International Journal of Heat and Mass Transfer Vol.85, pp.281-291,2015
[5] M.H.Shojaeeefard,A.Khalkhali,J.Zare,M.Tahani."Multi obejctive optimization of heat pipe thermal performance while using aluminium oxide nanofluid".Tarbiat moddares journal.Vol 14,No 1,pp.158-167.2014(in persian)
[6] M.A.Khairul,et al. "Heat transfer performance and exergy analyses of a corrugated plate heat exchanger using metal oxide nanofluids." International Communications in Heat and Mass Transfer Vol.50, pp.8-14,2014
[7] D.J.Kukulka,R.Smith. "Thermal-hydraulic performance of Vipertex 1EHT enhanced heat transfer tubes." Applied Thermal Engineering Vol.61,No.1, pp.60-66,2013
[8] F.Gupta, C.Anirudh, and M. Uniyal. "Review of heat transfer augmentation through different passive intensifier methods." IOSR Journal of Mechanical and Civil Engineering (IOSRJMCE) ISSN ,pp. 2278-1684,2012
[9] M.Goto,N.Inoue,N.Ishiwatari,"Condesation and evaporation heat transfer of R-410A inside internally grooved horizontal tubes:".International journal of refrigeration.Vol 24,No 7,pp.628-638,2012
[10] J.S.Brown,C.zilio,R.Brignoli,A,Cavallini."Heat transfer and pressure drop penalization terms during flow boiling of refrigerants".International journal of energy research.Vol 37,No 10,pp.1669-1679,2012
[11] S.Suresh ,M.Chandrasekar, and S. Chandra Sekhar. "Experimental studies on heat transfer and friction factor characteristics of CuO/water nanofluid under turbulent flow in a helically dimpled tube." Experimental Thermal and Fluid Science Vol.35,No.3,pp. 542-549,2011
[12] A.Cavallini,et al. "In-tube condensation performance of refrigerants considering penalization terms (exergy losses) for heat transfer and pressure drop." International Journal of Heat and Mass Transfer Vol.53,No.13, pp.2885-2896,2010
[13] J.R.Thome,L.Cheng,L.F.Raibatski."Flow boiling of amonia and hydrocarbons".Jornal of refrigeration.Vol 31,No 6,pp. 603-620,2010
[14] R.l.Web."Performance evaluation criteria fro use of ehanced heat transfer surfaces in heat exchanger design".Heat mass transfer.Vol 24,No 2,pp.715-726,2008
[15]N.Paisarn. "Second law analysis on the heat transfer of the horizontal concentric tube heat exchanger." International communications in heat and mass transfer Vol.33,No.8,pp.1029-1041,2006
[16] H.Honda,H.S.Wang,S.Nozu."A theoretical study of film condesation in horizontal microfines tubes".Jornal of heat transfer.Vol 55,No 6,pp.94-101,2004
[17] A.Cavallini."Heat transfer and energy efficiency for working fluids in mechanical refrigeration".Journal of refrigeration.Vol 6,No 6,pp.221-363,2002
[18]E.B.Ratts,JS,Brown."An experimental analysis of cycling in an automotive air conditioning system".Applied thermal engineering.Vol 20,No 11,pp 1039-1058,2000
