Mechanical Engineering Thermodynamics - Lec 22, pt 2 of 3: Combined Cycle - Brayton Rankine

preview_player
Показать описание

  1. Ron Hugo
  2. Rankine Cycle (Namesake)
  3. Mechanical Engineering (Professional Field)
  4. Thermodynamics (Field Of Study)
  5. Combined Cycle
Рекомендации по теме
Mechanical Engineering Thermodynamics 0:05:57

Mechanical Engineering Thermodynamics - Lec 11, pt 1 of 5: Exergy - Introduction

Mechanical Engineering Thermodynamics 0:12:36

Mechanical Engineering Thermodynamics - Lec 1, pt 1 of 5: Introduction

Mechanical Engineering Thermodynamics 0:06:40

Mechanical Engineering Thermodynamics - Lec 19, pt 1 of 5: Vapor Power Cycle Introduction

Mechanical Engineering Thermodynamics 0:10:38

Mechanical Engineering Thermodynamics - Lec 23, pt 1 of 4: Introduction to Refrigeration Cycles

Mechanical Engineering Thermodynamics 0:07:03

Mechanical Engineering Thermodynamics - Lec 24, pt 1 of 4: Industrial Refrigeration Applications

Mechanical Engineering Thermodynamics 0:06:11

Mechanical Engineering Thermodynamics - Lec 7, pt 1 of 3: Reversible Process

Mechanical Engineering Thermodynamics 0:12:54

Mechanical Engineering Thermodynamics - Lec 2, pt 4 of 5: System State / Processes

Mechanical Engineering Thermodynamics 0:11:55

Mechanical Engineering Thermodynamics - Lec 19, pt 3 of 5: Rankine Cycle - Boiler

Mechanical Engineering Thermodynamics 0:14:41

Mechanical Engineering Thermodynamics - Lec 5, pt 2 of 3: Example - First Law - Closed System

Mechanical Engineering Thermodynamics 0:06:59

Mechanical Engineering Thermodynamics - Lec 29, pt 4 of 6: Heating and Cooling

Mechanical Engineering Thermodynamics 0:14:43

Mechanical Engineering Thermodynamics - Lec 21, pt 1 of 5: Example - Simple Rankine Cycle

Mechanical Engineering Thermodynamics 0:13:55

Mechanical Engineering Thermodynamics - Lec 12, pt 1 of 4: Exergy - Internal Energy

Mechanical Engineering Thermodynamics 0:10:02

Mechanical Engineering Thermodynamics - Lec 20, pt 1 of 7: Actual Rankine Cycle

Mechanical Engineering Thermodynamics 0:03:53

Mechanical Engineering Thermodynamics - Lec 29, pt 2 of 6: Air-Conditioning Processes Introduction

Mechanical Engineering Thermodynamics 0:12:30

Mechanical Engineering Thermodynamics - Lec 6, pt 4 of 4: Refrigerators and Heat Pumps

Mechanical Engineering Thermodynamics 0:07:50

Mechanical Engineering Thermodynamics - Lec 2, pt 1 of 5: Terminology / Equations

Mechanical Engineering Thermodynamics 0:08:00

Mechanical Engineering Thermodynamics - Lec 33, pt 3 of 3: Example - Reacting Systems pt ii

Mechanical Engineering Thermodynamics 0:07:18

Mechanical Engineering Thermodynamics - Lec 22, pt 1 of 3: Rankine with Cogeneration

Mechanical Engineering Thermodynamics 0:12:43

Mechanical Engineering Thermodynamics - Lec 9, pt 3 of 5: Isentropic Efficiencies

Mechanical Engineering Thermodynamics 0:13:48

Mechanical Engineering Thermodynamics - Lec 4, pt 1 of 3: Heat and Work

Mechanical Engineering Thermodynamics 0:07:14

Mechanical Engineering Thermodynamics - Lec 25, pt 1 of 4: Gas Refrigeration Cycles

Mechanical Engineering Thermodynamics 0:07:39

Mechanical Engineering Thermodynamics - Lec 2, pt 2 of 5: Closed / Open Systems

Mechanical Engineering Thermodynamics 0:10:57

Mechanical Engineering Thermodynamics - Lec 34, pt 1 of 4: Adiabatic Flame Temperature

Mechanical Engineering Thermodynamics 0:10:54

Mechanical Engineering Thermodynamics - Lec 19, pt 2 of 5: Ideal Rankine Cycle

Комментарии
Автор

Thank you so much for these video Mr Hugo! You're a life saver!

AmmarNKhan
Автор

The thing i don't understand is why this what makes this more efficient than just burning your fuel for heat and then using the heat in a rankine cycle? Or alternatively 2 Rankine cycles with different working fluids/pressures if one can't work in a big enough range.

_aullik
Автор

hello, my project homework combined intercoolıng, reheat regenarativ brayton cycle and open-close feedwater heater, cogeneratıon rankine cycle .l dont know what to do :( can you help me ?

rosyhrdv