Important Cycle and Schematic Diagram Part-01 | পাওয়ার সেক্টরে আসা গুরুত্বপূর্ণ ডায়াগ্রাম সমূহ পর্ব - ০১ |

 Important Cycle and Schematic Diagram Part-01:

Those diagrams important for any competitive power sector exam such as PGCB, APSCL, EGCB, NWZPCL, NWZPCL, WZPDCL and NESCO

Carnot Cycle: 

Process: 
    1-2: Isothermal Gas Expansion Process.

    2-3: Reversible Isentropic Gas Expansion Process. 

    3-1: Reversible Isothermal Gas Compression process. 

    4-1:  Reversible Adiabatic Gas Compression process.   

P-V & T-S Diagram:

P-V Diagram

T-S Diagram

Otto Cycle: 

Process & P-V and T-S Diagram: 

P-V & T-S Diagram of Otto Cycle

Diesel Cycle: 

Process & P-V and T-S Diagram:

Dual Cycle: 

Process & P-V and T-S Diagram:

    1-2: Adiabatic/Isentropic Compression Process 
    2-3: Constant Volume Process 

    3-4: Constant Pressure Process 

    4-5: Adiabatic/Isentropic Expansion Process 

    5-1: Constant Volume Process 

Dual Cycle

Brayton/Joule Cycle: 

Process & P-V and T-S Diagram:

    1-2: Adiabatic/Isentropic Compression Process 
    2-3: Constant Pressure Process 

    3-4: Adiabatic/Isentropic Expansion Process

    4-1: Constant Pressure Process. 

P-V & T-S Diagram of Joule Cycle

Stirling Cycle: 

Process: 

    1-2: Isothermal Compression Process

    2-3: Constant Volume Process 

    3-4: Isothermal Expansion Process  

    4-1: Constant Volume Process

 P-V and T-S Diagram:

P-V & T-S Diagram of Stirling Cycle

Ericsson Cycle: 

Process: 

    1-2: Isothermal Compression Process

    2-3: Constant Pressure Process 

    3-4: Isothermal Expansion Process  

    4-1: Constant Pressure Process

 P-V and T-S Diagram:

P-V & T-S Diagram of Ericsson Cycle