β Scribed by T.K. Ross
No coin nor oath required. For personal study only.
The conditions of heat transfer to a fusible solid in contact with a heated surface are examined.
A theoretical equation for the heat transfer coefficient is deduced, and compared with practical results.
A shorter, empirical formula is suggested for design purposes. RBsum6--Etude de la transmission de la chaleur entre une surface chaude et un solide fusible. Etablissement theorique d'une fonnule donnant le coefficient de transmission et comparaiaon avec les rkmltats experimentaux. L'auteur recommande l'emnloi dune formule empirique simplifiee, euffisante pour la pratique industrielle.
π SIMILAR VOLUMES
13-mm inside diameter tube with uniform heat-flux boundary conditions was investigated using 329-pm spherical glass beads in air. The gas Reynolds number varied from 0 to 30,000 with solids-loading ratios of up to 20 at a gas Reynolds number of 10,000. The suspension Nusselt number, defined in terms