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Research Reports: Tubeside Flow

Tubeside Heat Transfer and Pressure Drop Correlations

S-ST-1-1 Heat Transfer Correlations for Intube Turbulent Flow of Liquids and Gases (1964; revised 1981)

S-ST-1-2 Tubeside Heat Transfer to Liquids and Gases (Pr > 0.5) in Turbulent and Transitional Flow (1964)

S-ST-1-3 Non-Isothermal Pressure Drop in Laminar and Transitional Flow of Liquids Inside of Tubes (1965)

S-ST-1-4 Heat Transfer to Liquids in Laminar Flow Inside of Tubes (1965)

S-ST-1-6 Heat Transfer Correlations in the Transition Range - Summary Report of Methods Recommended for Tubeside Calculations (1965)

S-ST-1-8 Improved Heat Transfer Correlations for Liquids in Laminar Flow Inside of Tubes (1973)

S-ST-1-9 A Stepwise Procedure for Determining Tubeside Heat Transfer Coefficients (1975)

S-ST-1-10 Laminar Flow in Large Pipes (2007)

S-ST-1-11 Evaluation of Laminar Heat Transfer Methods for Horizontal Tubes (2007)

S-ST-1-12 Mixed Convection Heat Transfer in Vertical Tubes (2008)

S-ST-1-13 CFD Study of Diabatic Single-Phase Laminar Liquid Flow in Horizontal Tubes (2010)

S-ST-1-14 CFD Study of Single-Phase Laminar Mixed Convection in Inclined Tubes (2011)

S-ST-1-15 Mixed Convection Heat Transfer in Horizontal Tubes (2013; rev. 05/2014)

S-ST-1-16 Modeling Pressure Drop and Heat Transfer for a Pseudoplastic Fluid (2021; rev. 03/2022)

S-ST-1-17 Using Neural Networks for Predicting Nusselt Number for Intube Laminar Flows (2022)

S-ST-1-18 Modified Tubeside Heat Transfer Method for Supercritical Carbon Dioxide and Water (2023)

Tubeside Enhanced Heat Transfer and Pressure Drop

TE-1 Survey and Evaluation of Techniques to Augment Convective Heat Transfer (1972; revised 1978)

TE-2 Heat Transfer and Pressure Drop Characteristics of Flow Inside Spirally Grooved Tubes in the Turbulent Regime (1979)

TE-3 Heat Transfer and Pressure Drop Performance of Turbotec Spirally-Grooved Tube in the Laminar and Transition Regime (1978)

RB4-1 Tubeside Turbulent Flow Pressure Drop and Heat Transfer Results for General Atomic Fluted Tubes (1979)

TE-4 Heat Transfer and Pressure Drop Methods for Tubeside Single-Phase Flow with Twisted Tape Inserts (2002)

TE-5 A CFD Study of Single-Phase Flows with Twisted Tape Inserts (2006; revised 2006)

TE-6 Correlations for Heat Transfer and Pressure Drop of Tube Inserts in Single-phase Turbulent Swirl Flow (2014)

TE-7 Review of Intube Static Mixers for Heat Transfer Applications (2024)

Shell-and-Tube Studies

STS-1 Field Data and Performance Analysis for Gas-Gas Exchangers with Glycol Injection (1972)

STS-2 Mean Metal Temperatures in Shell-and-Tube Exchangers (1979)

RB4-2 Performance Analysis of Gas-Gas Exchangers with Glycol Injection (1987)

STS-3 Non-Newtonian Flow and Heat Transfer in Tubes (1988)

RB4-3 Flow and Heat Transfer with Immiscible Liquids in Tubes (1989)

Q13-1 Wall Functions for Turbulent Heat Transfer Modeling with CFD (2009)