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               HỘI THẢO QUỐC TẾ ATiGB LẦN THỨ CHÍN - The 9  ATiGB 2024                                  13

                   -  The  thermal  effectiveness  increases  with   [12] L. Sun and C.-L. Zhang, "Evaluation of elliptical finned-tube
               Reynolds numbers of the hot fluid flow increases in all   heat exchanger performance using CFD and response surface
               cases.  The  thermal  effectiveness  in  case  1  has  the   methodology", International Journal of Thermal Sciences, vol.
                                                                 75, pp. 45-53, 2014/01/01/ 2014.
               smallest value in three cases with Reynolds numbers   [13] K.  Sharifi,  M.  Sabeti,  M.  Rafiei,  A.  H.  Mohammadi,  and  L.
               of  the  hot  fluid  flow  Reh  from  5000  to  17000.  For   Shirazi,  "Computational  fluid  dynamics  (CFD)  technique  to
               example, at Reh = 17000, the thermal effectiveness in   study  the  effects  of  helical  wire  inserts  on  heat  transfer  and
               case 2, case 3 are higher than that in case 1 by 4.76%,   pressure  drop  in  a  double  pipe  heat  exchanger",  Applied
               5.17% respectively.                               Thermal  Engineering,  vol.  128,  pp.  898-910,  2018/01/05/
                                                                 2018.
                  ACKNOWLEDGMENT                              [14] H.  Arjmandi,  P.  Amiri,  and  M.  Saffari  Pour,  "Geometric
                                                                 optimization of a double pipe heat  exchanger  with combined
                  This  research  is  funded  by  University  of   vortex generator and twisted tape: A CFD and response surface
               Technology  and  Education  -  The  University  of   methodology (RSM) study", Thermal Science and Engineering
               Danang under project number T2022-06-20.          Progress, vol. 18, p. 100514, 2020/08/01/ 2020.
                                                              [15] A.  Fouda,  S.  A.  Nada,  H.  Elattar,  H.  Refaey,  and  A.  Mahfouz,
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                                                                                   ISBN: 978-604-80-9779-0
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