CFD Modeling Of Mixing Tees – Design Of A Thermal Sleeve

CFD Modeling Of Mixing Tees – Design Of A Thermal Sleeve

Published in Hydrocarbon Processing, August 2020
hydrocarbonprocessing.com/magazine

by Dave Dewees, Zumao ChenMagnus Gustafsson

Mixing tees – in which two fluid streams with different physical and/or chemical properties mix – are widely used in the petrocemcial industry. When there is a large temperature difference between two streams, large metal temperature fluctuations can occur in the region where the two streams meet if proper design steps are not taken. The temperature fluctuations in the metal can lead to thermal fatigue of the pressure boundary piping. If through-wall cracking occurs, the fluid may leak, possibly causing a fire and damage. Therefore it is imperative to ensure that the piping system can withstand the temperature fluctuations.

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Dave has worked in the petrochemical, nuclear and power industries over the last 16 years. Dave’s specialties include finite element analysis (FEA - heat transfer/thermal-stress, creep, fracture and shock and vibration), fatigue, fracture and creep modeling, as well as computational fluid dynamics (CFD) and multiphysics problems.  He is a long time member of ASME (Sections I, III and VIII) and API committees, as well as AWS (weld residual stress modeling).  Dave lives in the Cleveland, Ohio area. where he works out of the Medina, Ohio office.

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CFD Modeling Of Mixing Tees – Design Of A Thermal Sleeve

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