The flow in the entrance region of heated curved pipes is analysed. Two cases of heating—a
constant temperature at the wall, and a constant flux of heat at the wall—are considered …

Thermally and hydrodynamically developing flow in heated horizontal curved pipes is
analyzed. The perturbation solution is quantitatively valid only in a small region near the …

In the authors' previous reports, the theoretical and experimental studies on flow and
temperature fields in a curved pipe were made under the condition of uniform heat flux. In …

The developing flow in the entry region of a heated horizontal pipe is analysed. The
asymptotic solution of the developing flow near the entrance of the heated straight pipe …

The well-known solution for laminar forced convection in a uniformly heated pipe neglects
the effect of buoyancy forces caused by temperature variations in the fluid. This effect …

A numerical solution, for incompressible, steady-state, laminar flow heat transfer in the
combined entrance region of a circular tube is presented for the case of constant wall heat …

Purpose–This article aims to study numerically three dimensional developing
incompressible flow and heat transfer in a fixed curved pipe. Design/methodology/approach …

The fully developed laminar flow in a heated curved pipe under the influence of both
centrifugal and buoyancy forces is studied analytically. The pipe is assumed to be heated so …

In this part of the study, consideration is given to thermally developing laminar forced
convection in a pipe including viscous dissipation. The axial heat conduction in the fluid is …

Experimental results are presented for forced convection in the entrance region of a pipe;
the results were obtained using both the boundary condition of uniform heat flux and that of …