INVESTIGATION OF FORCED CONVECTIVE HEAT TRANSFER OF NANOFLUIDS IN A CYLINDRICAL TUBE

Author(s): Kozlova Sofia Vladimirovna, Ryzhkov Ilya Igorevich

Rubric: Methodological research

Release: 2014-1 (4)

Pages: 313-321

Keywords: heat exchange in liquids, nanoliquid, Grets's task, the self-conjugate operator, own functions, the numerical modeling, the compelled convection

Annotation: In this paper, the heat transfer in liquids and nanofluids in a cylindrical tube is investigated. The exact solution for the temperature of one-component fluid (water) is obtained. Numerical simulation of forced convection of water and water/ nanofluid is performed and the temperature distribution in the tube is found. As a re: sult, the efficiency of heat transfer in water/ nanofluid is investigated depending on nanoparticle concentration and flow ve-locity.

Bibliography: Kozlova SO.VL., Ryzhkov IL.IG. INVESTIGATION OF FORCED CONVECTIVE HEAT TRANSFER OF NANOFLUIDS IN A CYLINDRICAL TUBE // Education Resources and Technologies. – 2014. – № 1 (4). – С. 313-321. doi: