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The Rankine cycle is a basic thermal cycle used in steam power plants to convert heat energy into mechanical work using water/steam.

🔧 4 Main Processes of the Rankine Cycle:

1. Process 1–2: Isentropic Compression (Pump)

• Water is compressed in a pump from low to high pressure.

• Temperature slightly increases.

• In T–S: Vertical line up.

• In H–S: Straight, steep rise.

2. Process 2–3: Constant Pressure Heat Addition (Boiler)

• High-pressure water is heated and turned into high-pressure steam.

• In T–S: Curve rising toward right.

• In H–S: Curved or straight line rising.

3. Process 3–4: Isentropic Expansion (Turbine)

• Steam expands in the turbine, doing work.

• Pressure and temperature drop.

• In T–S: Vertical line down.

• In H–S: Slope down to right.

4. Process 4–1: Constant Pressure Heat Rejection (Condenser)

• Steam is condensed into water at constant pressure.

• In T–S: Horizontal line to the left.

• In H–S: Horizontal drop.

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📊 T–S Diagram:

📈 H–S Diagram (Simplified):

I want to move to a slightly lower designation because I’m looking for a role that aligns better with my long-term goals and skillset. Titles are important, but for me, learning, growth opportunities, and being in the right environment matter more. If the role allows me to contribute meaningfully, develop professionally, and work with a strong team, I’m absolutely open to starting one level down. I believe it’s a strategic step, not a backward one.