Original paper
Numerical study on supercritical heat transfer of n-decane during pyrolysis in rectangular tubes
Abstract
The supercritical heat transfer processes of n-decane during pyrolysis in rectangular tubes having three different equivalent diameters are studied numerically. The effects of mass flow rate (2–5 g/s), heat flux (109–436 kW/m2), and three different channel configurations having the same cross-sectional areas on the supercritical heat transfer characteristics of n-decane during pyrolysis are investigated. The heat transfer mechanisms are analysed...
Paper Details
Title
Numerical study on supercritical heat transfer of n-decane during pyrolysis in rectangular tubes
Published Date
Apr 1, 2020
Journal
Volume
170
Pages
115002 - 115002
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Notes
History