DWSIM Heat Exchanger Simulation 🔥 LMTD, Q & Area Explained #chemicalengineering
452 views on YouTube
Learn how to perform a Heat Exchanger simulation in DWSIM step by step! 🚀
In this video, we analyze a shell & tube heat exchanger using real fluid properties and validate results with hand calculations.
🔍 What you’ll learn:
Heat Duty (Q) calculation
Log Mean Temperature Difference (LMTD)
Heat Exchanger Area estimation
Counter-current flow advantages
Steam condensation behavior
DWSIM simulation setup & results
📊 Results shown:
Q = 433 W
LMTD = 81.9 °C
Area = 0.0106 m²
Perfect for Chemical Engineering students, GATE aspirants, and process design learners.
👉 Watch till the end for concept clarity + simulation insights!
#DWSIM #HeatExchanger #ChemicalEngineering #HeatTransfer #LMTD #ProcessSimulation #EngineeringDesign #GATEPreparation #ThermalEngineering