ANALYSIS OF SHELL & COIL HEAT EXCHANGER BY USING CUPROUS OXIDE AND SILICA NANOFLUID AT DIFFERENT MASS FLOW RATE

ANALYSIS OF SHELL & COIL HEAT EXCHANGER BY USING CUPROUS OXIDE AND SILICA NANOFLUID AT DIFFERENT MASS FLOW RATE

Pranav Kumar¹ and Vijaykant Pandey²

¹(M-Tech Research Scholar, Bhabha Engineering Research Institute, Bhopal (M.P.), India

²(Assistant Professor, Bhabha Engineering Research Institute, Bhopal (M.P.), India

ABSTRACT

Shell and Helical coils are eminent coiled tubes which have been used in diversity of solicitations e.g. heat recovery, air-conditioning and preservation schemes, chemical reactors and dairy practices. Shell and Helical coil heat exchanger is the recent improvement of heat exchangers, to accomplish the industrial demand. A shell and helical coil are necessary for various heat exchangers, nuclear reactors and in chemical engineering, for of large quantity of heat is conveying in a slight space with high heat transmission rates and slight habitation time distributions even it suffers through a disadvantage of larger pressure drop. The unbiased of this work is to cheered the pressure drop inside a shell and helical coil heat exchanger, heat transfer progression can be improved by increasing secondary flow inside the coil and this can be allow by appropriate blending of the fluid inside the helical coil. For this, my planned work on CFD to scrutinize the helical coil by using ANSYS 18.2. A 3D design of CAD model of helical coil of tube outer diameter (do) 16 mm, inner diameter of helical coil (di) 12 mm, pitch of 26.3mm, pitch coil dia. 86 mm, tube length of 235 mm, shell diameter is 110 mm and shell length is 215 mm,  is generated by using ANSYS fluent 18.2.

Keywords: Shell, Helical Coil, Nano-fluid, Heat Exchanger, CFD, Pressure Drop, Temperature Distribution.