Rankine Cycle Explained in 10 Minutes 🔥 | T–S Diagram + Efficiency Derivation (Step-by-Step)

Rankine Cycle Explained in 10 Minutes 🔥 | T–S Diagram + Efficiency Derivation (Step-by-Step) Rankine Cycle working principle | Rankine cycle | Vapor power cycle GATE mechanical engineering popular 20 videos | Physical significance of mechanical engineering topics playlist;    • GATE mechanical engineering popular 20 vid...   Rankine Cycle Explained in the simplest way using intuitive slides and T–S diagram visualization. In this lecture, Dr. Amit Mandal breaks down the complete working of the Rankine cycle step-by-step, from boiler to turbine, condenser, and pump. ✔️ Understand how high-energy steam generates power ✔️ Clear explanation of each component: Boiler, Turbine, Condenser, Pump ✔️ T–S diagram representation with phase changes (L, V, L+V region) ✔️ Step-by-step derivation of thermal efficiency (η) ✔️ Simplification by neglecting pump work This video is perfect for Mechanical Engineering students preparing for GATE, ESE, university exams, and interviews. 📌 Topics Covered: Rankine cycle basics External combustion engine concept T–S diagram interpretation Work output (WT) and pump work (WP) Heat addition (Q1) and heat rejection (Q2) Efficiency derivation using enthalpy terms 🎯 If you want to MASTER thermodynamics concepts quickly and clearly, this lecture is for you. Dr. Amit Mandal #mechanicalengineering #steamturbine #powerplant #vaporpowercycle #thermodynamics #RankineCycle #MechanicalEngineering #TSdiagram #PowerPlant #EngineeringMadeEasy #GATE #ESEPrep