Authors' reply to comments by J.J.J. Chen
โ Scribed by L.T. Fan; Y.W. Huang; N. Yutani
- Publisher
- Elsevier Science
- Year
- 1987
- Tongue
- English
- Weight
- 123 KB
- Volume
- 42
- Category
- Article
- ISSN
- 0009-2509
No coin nor oath required. For personal study only.
โฆ Synopsis
Furthermore, von Karman and Tsien (1938) found the formula (LJ = (2J" in "closer agreement with experimental data". More recently, Svoboda and Hartman (1981) and Hartman and Svoboda (1986) have used the following formula in fluidization studies. Il 1.81 x 1O-5 (10) Thus, if either eq. (8) or (9), due respectively to von Karman and Tsien (1938), and Lord Rayleigh, were used for deriving eq. (5), the predicted value of d[ given in eq. (5) would essentially be in exact agreement with the experimental results of Fan et al. (1986) which were represented by Q = -1.73. This indicates that n is independent of temperature, in contrary to the suggestions of Fan et al. (1986), and that the experimental results are much more accurate than was previously thought.
๐ SIMILAR VOLUMES
Letters to the Editors 509 whereas they were non-interacting in the earlier model. It may be emphasised that the flow visualised by Joshi is akin to the complete solution of equation of motion (Lee and Korpela, 1983).
Dear Sirs, The comm~nicat~un by Hartman et al. (1989) presents a new correlation for calculating the terminal falling velocity of spherical particles. This is of great interest because such correlations are at the basis of many a design proozdun for particle separators, be it for removal of solids o