Table 1.

Details of few published works in the presence of obstacle

AuthorsGeometryFluidObstacle shapeThermal conditionsEntropy generation
House et al. (1990) SquareAirSquare (conductive)UniformNot studied
Kim et al. (2008) SquareAirCircular (hot)UniformNot studied
Mahmoodi and Sebdani (2012) SquareCu − H2OSquare (adiabatic)UniformNot studied
Esfe et al. (2014) SquareH2O/Cu − H2O/Al2O3 − H2OCylindrical (hot)UniformNot studied
Rahmati and Tahery (2018) SquareTiO2 − H2OSquare (hot)UniformNot studied
Roy (2019) SquareAl2O3 − H2OWavy (hot)UniformNot studied
Shuja et al. (2000) SquareAir/H2OSquare (hot)UniformStudied
Sheikhzadeh et al. (2012) SquareCu − H2OSquare (adiabatic)UniformStudied
Mun et al. (2016) Inclined cavityPr = 0.01 − 100Cylindrical (hot)UniformStudied
Alsabery et al. (2018) SquareAl2O3 − H2OSquareDiscreteStudied
Pal et al. (2022) SquareH2OPair of cylindrical (hot)UniformNot studied
Selimefendigil and Oztop (2015) SquareCu − H2OCircular, square
and diamond (adiabatic)
SinusoidalStudied
Tayebi and Chamkha (2020) SquareCu − Al2O3 − H2OCorrugated
(conductive)
UniformStudied
Vijaybabu (2020) SquareCu − H2OPermeable circular bodyUniformStudied
Dogonchi and Hashim (2019) WavyFe3O4 − H2ODiamondUniformNot studied
Dogonchi et al. (2021) WavyFe3O4 − H2OPair of square (hot and cold)UniformStudied
Tayebi et al. (2022) Inclined I-shapeAl2O3 − H2OPair of cylinders (hot)UniformStudied
Source: Table by authors

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