References
- Bigham S., Shokouhmand H., Isfahani R.N., Yazdani S., Fluid flow and heat transfer simulation in a constricted microchannel: effects of rarefaction, geometry, and viscous dissipation, Numerical Heat Transfer, Part A: Applications, 59(3), 209-230 (2011).
- Fan J.F., Ding W.K., He Y.L., Tao W.Q, Three-dimensional numerical study of fluid and heat transfer characteristics of dimpled fin surfaces, Numerical Heat Transfer, Part A: Applications, 62(4), 271-294 (2012).
- Lau P.C.M., Curvilinear finite difference method for three-dimensional potential problems, Journal of Computational Physics 32.3 (1979): 325-344.
- Mazumder Sandip, Numerical methods for partial differential equations: finite difference and finite volume methods, Academic Press, 2015.
- Öztop H.F., Numerical study of flow and heat transfer in curvilinear ducts: applications of elliptic grid generation, Applied mathematics and computation 168.2 (2005): 1449-1460.
- Robertson S.R., A finite-difference formulation of the equation of heat conduction in generalized coordinates, Numerical Heat Transfer 2.1 (1979): 61-80.
- Schneider G.E., Strong A.B., Yovanovich M.M., A physical approach to the finite difference solution of the conduction equation in orthogonal curvilinear coordinates, American Society of Mechanical Engineers (1975).