Cryogenic Fluid Mechanics & Heat Transfer - Van Sciver (Recordings)
Cryogenic fluid mechanics & heat transfer (174 min): This module surveys various topics in classical fluid mechanics and heat transfer as applied to cryogenic systems. Fluid dynamics topics include single phase incompressible flows, compressible fluid dynamics, flow through porous media and two-phase flows. Heat transfer topics include convective single phase heat transfer, pool boiling heat transfer, peak heat flux and film boiling heat transfer. Internal heat transfer in single- and two-phase flow are discussed with application to thermosiphon systems.
Course Details
Individual Purchase
Cryogenic fluid mechanics & heat transfer (174 min): This module surveys various topics in classical fluid mechanics and heat transfer as applied to cryogenic systems. Fluid dynamics topics include single phase incompressible flows, compressible fluid dynamics, flow through porous media and two-phase flows. Heat transfer topics include convective single phase heat transfer, pool boiling heat transfer, peak heat flux and film boiling heat transfer. Internal heat transfer in single- and two-phase flow are discussed with application to thermosiphon systems.
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| Quantity | Price per voucher |
|---|---|
| 1+ | $160.00 |
Instructors
Steven Van Sciver
Dr. Van Sciver is an Emeritus Professor with Florida State University currently working as a consultant to industry in cryogenic science and technology. He is the author of the textbook, Helium Cryogenics, published by Springer 2012. Dr. Van Sciver is the 2010 recipient of the Kurt Mendelssohn Award and the 2017 recipient of the Samuel Collins Award. He is also a Fellow of the Cryogenic Society of America and former American Editor for the international journal Cryogenics. During his career, Dr. Van Sciver has also supervised the graduate education of 25 PhDs and 10 Masters in the fields of cryogenics and magnet technology. Dr. Van Sciver and his colleagues have authored over 200 peer reviewed publications and five patents in low temperature physics, liquid helium technology, cryogenic engineering and superconducting magnet technology.