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

preview_player
Показать описание

  1. Ron Hugo
  2. Mechanical Engineering (Professional Field)
  3. Thermodynamics (Field Of Study)
  4. Ucalgary
  5. Schulich Engineering
Рекомендации по теме
Mechanical Engineering Thermodynamics 0:12:36

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

Mechanical Engineering Thermodynamics 0:05:57

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

Mechanical Engineering Thermodynamics 0:06:40

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

Mechanical Engineering Thermodynamics 0:06:11

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

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 0:12:54

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

Mechanical Engineering Thermodynamics 0:06:02

Mechanical Engineering Thermodynamics - Lec 1, pt 2 of 5: Conventional Fireplace

Mechanical Engineering Thermodynamics 0:06:59

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

Mechanical Engineering Thermodynamics 0:14:41

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

Mechanical Engineering Thermodynamics 0:14:43

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

Mechanical Engineering Thermodynamics 0:11:55

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

Mechanical Engineering Thermodynamics 0:10:02

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

Mechanical Engineering Thermodynamics 0:13:55

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

Mechanical Engineering Thermodynamics 0:03:53

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

Mechanical Engineering Thermodynamics 0:12:23

Mechanical Engineering Thermodynamics - Lec 6, pt 2 of 4: First Law and the Wake of a Baseball

Mechanical Engineering Thermodynamics 0:12:30

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

Mechanical Engineering Thermodynamics 0:08:00

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

Mechanical Engineering Thermodynamics 0:07:50

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

Mechanical Engineering Thermodynamics 0:07:18

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

Mechanical Engineering Thermodynamics 0:13:48

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

Mechanical Engineering Thermodynamics 0:12:43

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

Mechanical Engineering Thermodynamics 0:13:18

Mechanical Engineering Thermodynamics - Lec 3, pt 1 of 5: Properties of Pure Substances

Mechanical Engineering Thermodynamics 0:10:57

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

Комментарии
Автор

8 years later this video still helped me out, thanks 👍

lithiumfire
Автор

Hello, For multiple stage turbines with reheat, could the isentropic efficiency still be treated the same way. With h1 as the HP input, and h2 and the LP output. 

metalupyourass
Автор

Wouldn't it be h1-h2s/h1-h2a
since you took W dot as negative, so it should rearrange to this

nas