Thermal Design of Condensers- Part 3: An Overview on Flow Regimes Inside Tubes #condensation #heat

Heat Transfer, Engineering, Heat Exchangers, Empirical Correlations, Convection, Laminar Flow, Transitional Flow Regime, Turbulent Flow, Heat Transfer Coefficient, Condensers This episode focuses on applying heat transfer principles to condenser thermal design, specifically using shell-and-tube heat exchangers where condensation occurs on a horizontal tube bundle. These condensers are crucial in various industries, including chemical, petrochemical, food processing, power plants, and air conditioning. The episode discusses fluid flow regimes in horizontal tubes. It presents mathematical correlations for predicting the heat transfer coefficient in turbulent flow, including a new equation based on field data alongside established correlations. 00:00 Introduction and Objectives 05:02 Description of in-tube flow for shell-side condensation in condensers 07:39 Flow Regimes: 1- Laminar Flow 10:50 2- Turbulent Flow 13:07 3- Transition Flow 16:09 Available mathematical correlations for estimating the heat transfer coefficient in the turbulent flow region 18:48 Heat transfer conclusion 21:08 Summary Interested followers can find the previous videos for Heat Transfer Modes on this channel through the following links: Part 1    • Heat Transfer Modes- Part (1) #education #...   Part 2-2    • Heat Transfer Modes- Part (2)-2 #education...   You may find some useful references at: Condensation Correlations (Group 1): https://drive.google.com/file/d/1rxF_... Turbulent Flow in Tubes (Group 2): https://drive.google.com/file/d/1aZ2j... You may know more about Prof. Ali H. Tarrad at: ResearchGate: https://www.researchgate.net/profile/... LinkedIn:   / tarrad7