The present study are concerned with the boiling characteristics of the subcooled impinging jet on a flat heated surface, but it has as a key feature the use of interference plate that is a solid surface opposed to a flat heated surface for the purpos...
The present study are concerned with the boiling characteristics of the subcooled impinging jet on a flat heated surface, but it has as a key feature the use of interference plate that is a solid surface opposed to a flat heated surface for the purpose of making very small clearance, s=0.2~0.3mm, restricting the fluid movement of the impinging jet.
It was found that with the increase of impinging jet velocity heat flux and heat transfer coefficient increased. Empirical equations obtained with their close relations are as follows :
q_max = 1.4 × 10^6u^0.994
α_max = 1.301 × 10^5u^0.388