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Electrically conducting fluids are generally favored as heat transfer media for their excellent heat conduction and high boiling point. However, the movement of such fluids under the presence of imposed transverse magnetic fields can generate substantial magnetohydrodynamics (MHD) effects including the need of higher pressure gradients to drive the fluids and lower heat transfer rates due to the laminarization...
A new model combing numerical simulation and analytical solution is proposed for U tube ground heat exchanger with varied heat flux boundary. The calculation area is divided into two parts by the boundary of the borehole wall. For the area in the borehole and the surrounding soil area, the calculation method is steady analytical solution and finite volume method respectively. In the borehole, steady...
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