Vacuum collapse of vented tanks
Noel De Nevers Affiliation: Dept. of Chemical and Fuels Engineering, University of Utah, Salt Lake City, UT 84112
Process tanks and vessels can withstand internal pressures much larger than the vacuums needed to collapse them. Such tanks and vessels are often collapsed when they are emptied without proper venting, or when their vents are obstructed. It is also possible to collapse a vented tank, if it is filled with steam and cooled rapidly.
Abstract: Process tanks and vessels can withstand internal pressures much larger than the vacuums needed to collapse them. Such tanks and vessels are often collapsed when they are emptied without proper venting, or when their vents are obstructed. It is also possible to collapse a vented tank, if it is filled with steam and cooled rapidly
Abstract: Process tanks and vessels can withstand internal pressures much larger than the vacuums needed to collapse them. Such tanks and vessels are often collapsed when they are emptied without proper venting, or when their vents are obstructed. It is also possible to collapse a vented tank, if it is filled with steam and cooled rapidly
Language:
english
Pages:
580
File:
PDF, 28.32 MB
IPFS:
,
english0
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