L-01 Reboilers | pool Boiling | flow boiling | shell & Tube exchanger | design guideline| heat flux скачать в хорошем качестве

L-01 Reboilers | pool Boiling | flow boiling | shell & Tube exchanger | design guideline| heat flux

Hi Friend, This video is on the basics in which will understand boiling you will learn 1. pool boiling/flow Boling 2. Heat flux / Film boiling 3. flow regime in vertical & horizontal tube Subscribe to the channel to get more design videos for Process engineers. Refer to videos, REBOILERS I . BASICS of REBOILER- Boiling -    • L-01 Reboilers | pool Boiling | flow boili...   HEAT EXCHANGERS DESIGN I. Classification of Heat exchanger:    • L-01 Shell & Tube type HEAT Exchanger | cl...   II. Shell & tube heat exchanger & selection criteria :    • L-02 Selection guideline for Shell & Tube ...   III. Shell side leakage Stream:    • L-03 Shell & Tube type HEAT Exchanger| She...   IV. Thermal Design Guidelines part-1    • L-04 Thermal Design Guidelines for Shell &...   V. thermal design guidelines Part-2    • L-05 Thermal Design Guidelines S &T HEAT E...   VI Thermal Design Guideline Part -3    • L-06 Thermal Design Guidelines for S&T HEA...   VII Thermal Design Guideline part-4    • L-07 Thermal Design Guidelines for S&T HEA...   VIII Thermal Design on HTRI Software Gas-Gas Ex Design -    • L-08 Shell & Tube Heat Exchanger Design On...   IX Thermal Design on HTRI software Liq-liq ex design : -   • L-09 S & T Heat Exchanger Design On HTRI |...   X Thermal Design on ASPEN EDR software Liq-liq Exchanger Design :    • L-10 S & T Heat Exchanger Design on ASPEN ...   PRESSURE RELIEF VALVE DESIGN I. Basics of Safety valve :    • L-01 PSV Basics, Safety Valve, Concepts, W...   II. Overpressure Scenario & Relief load Calculation for Fire Case :    • L-02 Overpressure scenario| Relief load ca...   III. Relief load calculation for Non-fire contingencies :    • L-03 Relief load, Non Fire Contingencies, ...   IV. Orifice Sizing for Pressure Relief valve :    • L-04 Orifice Sizing for Liquid, Vap/gas, s...   V. Guidelines for Inlet outlet line & installation :-    • L-05 Guideline inlet outlet line size, ins...   VI. Hysys Simulation for Fire Case :    • L-06 Hysys Simulation for fire Case,  Reli...   VII. Hysys Simulation for Unwetted fire case :    • L-07 Hysys Simulation, unwetted fire Case,...   VIII. Hysys simulation for control valve failure case:    • L-08 Hysys Simulation, control valve failu...   IX. Hysys Simulation for Tube leakage case :    • L-09 Hysys Simulation, exchanger tube leak...   X. Two Phase Sizing Part-1 :    • L-10 Two-Phase Orifice sizing, Relief load...   XI. Two Phase Sizing Part-2 :    • L-11Two-Phase Orifice sizing , Relief load...   Thank you for joining & supporting our channel Refer below links 1. Design a shell & tube heat exchanger on HTRI & ASPEN EDR -    • Everything about Heat Exchanger   2. Pressure relief valve design -    • Pressure Relief valve, concept, sizing & D...   3. Short Videos on Pressure relief valve -    • Pressure Relief Valve Short explanation   join our LinkedIn page -  / 15799053   #heatexchnager #heatexchanger #heat #heattransfer conduction #convection #firedheater #condenser #HeatTransfer #ShellAndTube #PlateExchanger #Reboiler #Condenser #AirCooler #RegenerativeHE #PlateAndFrame #HeatExchangerDesign #ThermalDesign #ThermalEngineering #FluidMechanics #LMTD #CounterFlow #ParallelFlow #OilAndGas #Refinery #APIGuidelines #ShellDEP #EngineeringEducation #MechanicalEngineering #ProcessEngineering #ChemicalEngineering #ConceptEngineeringFlux #EngineeringTutorial #NPTEL #twophasesizing #heatexchange #HTRI #EDR #HTRI SIMULATION #CASE STUDY #PSV DESIGN #ASPENEDR #edr