Green Efforts
|
Contact Us
|
Log In
|
Create Account
About
About Us
Current Members
Governance
Board of Directors
Corporate Officers
Contact Us
Sales Inquiries
Careers
Export Compliance
Software Piracy
Privacy Policy
Terms of Use
Year-end Videos
Green Efforts
News
The Exchanger
Products & Services
Software
Xchanger Suite
Xfh Ultra
SmartPM
XSimOp
Exchanger Optimizer
Edgeview
Xchanger Suite Educational
Training
Heat Transfer Academy
Webinars
Tutorials
Upcoming Events
Course Catalog
Onsite Training Request
Proprietary Contracts
Proprietary Testing
Computational Fluid Dynamics
Fouling Services
Research
Research & Technology Center
Flow Visualization
Technical Publications
Research Reports
Design Manual
Other Publications
Technical Plans
Conference Materials
2024 Global Conference
2023 Global Conference
2022 Global Conference
2021 Global Conference
2020 Global Conference
2019 Global Conference
Horizons Proceedings
Vapor Infusion
Overview
Applications
Studies
Support
Technical Support Inquiry
Downloads
Knowledge Base
FAQs
Known Issues
TechTips
Software Documentation
Membership Services
Events
Membership
Member Benefits
Member Committees
Back to Research Reports
Research Reports: Two-Phase Flow
Two-Phase Flow
TPF-1 Summary and Evaluation of Void Fraction Correlations (1973)
TPF-2 Pressure Drop in Two-Phase Flow Across Tube Banks (1976)
TPF-3 Two-Phase Pressure Drop in Windowflow of Baffled Tube Bundles (1977)
TPF-4 Two-Phase Shellside Pressure Drops for Condensation on Low Integral Finned Tube Bundles (1982)
RB7-2 Vapor/Liquid Two-Phase Pressure Drop in Large Vertical Pipes (Presentation of Initial Data) (1984)
RB7-4 Two-Phase Horizontal Crossflow over Tube Banks (1986)
TPF-5 Two-Phase Flow on the Shell Side of Heat Exchangers: Published Methods (1987)
RB7-6 Shellside Condensation Pressure Drop on 11 Fins/In. Tubebundles (1987)
TPF-6 Multiphase CFD: U-Bends and Turnaround Headers (2004; rev 07/2017)
TPF-7 Two-Phase Pressure Drop in Bends (2005)
Q14-1 Flow Visualization in a Transparent Shell-and-Tube Heat Exchanger (2010)
TPF-8 A Literature Review of Two-phase Flow Regimes and Pressure Drop Methods for Circular Pipe (2013; rev 11/2014)
TPF-9 A Review of Shellside Flow Regime Maps (2013)
TPF-10 Intube Pressure Drop Across Changes in Cross-sectional Area (2014)
TPF-11 Pressure Drop in Bends: A Reappraisal (2014; rev 10/2015)
TPF-12 Pressure Drop and Flow Distribution Across T-junctions, Manifolds, and Headers (2014)
TPF-13 Correlation for Transition to Shear-dominated Flow Regime for Shellside Flows (2014)
TPF-14 Pressure Drop and Void Fraction for Vertical Upflow in Large Diameter Pipes (2016; rev 06/2016)
TPF-15 New Flow Regime Map for Vertical Upflow in Large Diameter Pipes (2016)
TPF-16 Flow Regime, Void Fraction, and Pressure Drop for Adiabatic Vertical Downflow (2017; rev 07/2017)
General Two-Phase Flow
TPG-1 Principles of Gas-Liquid Two-Phase Flow Calculations (1976)
TPG-2 Flow Distribution and Pressure Drop Calculations for Shellside Two-Phase Flow in Baffled Exchangers (1977)
RB7-1 Two-Phase Flow Distribution in the Pass Header of a Horizontal Tubeside Condenser (1982)
RB7-5 Friction and Entrainment in Two-Phase Tube Flow (1987)
TPG-3 Generalized Two-Phase Flow Separation Model (1999; rev 05/2022)
TPG-4 Solid-Liquid Two-Phase Flow in Slurries: Pressure Drop and Heat Transfer Methods (2006; rev 04/2024)
TPG-5 Pressure Drop and Heat Transfer for Tubeside Bitumen-Water Froth (2009)
TPG-6 Pressure Drop and Heat Transfer: Oil-in-Water Emulsions (2009)
TPG-7 Challenges of Simulating Complete Intube Phase Change with CFD (2017)