SHELL-AND-TUBE

Oil refineries fractionate components by exploiting their boiling point differences. This process is energy intensive, requiring the oil to be heated to temperatures up to 750 °F. Heat exchangers are critical to recovering the heat input and to making the process more efficient and economical. Because of their key role in...
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Recent experiments performed in the Multi-purpose Visualization Unit (MVU) analyzed the dependence of shellside phase separation on exchanger geometry. During this webinar, we discuss the variation of the stratified to non-stratified transition boundary with exchanger geometry, applicable over a wide range of flow regime parameters....
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We completed a multiphysics computational simulation of a shell-and-tube exchanger, where simultaneous fluid flow and heat transfer of both fluid streams occurred. Temperature-induced mechanical stress also acted on the solid structures. A weak coupling of a finite-volume CFD Navier-Stokes model with a finite-element computational solid mechanics model underlies the multiphysics simulation....
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The documents on this page are for Technical Committee use only. Please do not distribute.   Technical Committee Handbook (under revision) Technical Committee Member Bios Technical Committee Nominating Charter Technical Committee Future Planning FY 2020 PTOP (CC) Technical Progress Reports FY 2019 Technical Progress Report FY 2020 Q1 Technical Progress Report...
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SmartPM™ is performance monitoring and predictive maintenance software for shell-and-tube exchanger networks. This webinar introduces SmartPM and highlights the new capabilities in version 4.1. With this software, you can connect SmartPM to OSIsoft PI System™ for two-way data transfer easily reconcile and simulate data identify ways to save energy and manage...
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