Before revision: For heat transfer at an interface, the no-slip condition allows us to equate conduction with convection, thus equating Fourier ’ s law and Newton ’ s law of cooling: Where q” is the heat flux, is the thermal conductivity, is the heat transfer coefficient, and the subscripts and compare the surface and bulk values respectively.
After revision: For heat transfer at an interface, the no-slip condition allows us to equate conduction with convection, thus equating Fourier ' s law and Newton ' s law of cooling: Where q” is the heat flux, is the thermal conductivity, is the heat transfer coefficient, and the subscripts and compare the surface and bulk values respectively.