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ME 311
I took this class in Spring 2020. Thermodynamics is a very difficult class. It takes some time to understand how the substances interact with each other and the system they're in. Fortunately, I used the book and inclass notes to make the class as easy as possible. There aren't a lot of examples, but all the tricks I used are written down. There is a lot to unpack in this notebook
 Class notes
 • 49 pages •
Class notes
ME 311
Last document update: agoI took this class in Spring 2020. Thermodynamics is a very difficult class. It takes some time to understand how the substances interact with each other and the system they're in. Fortunately, I used the book and inclass notes to make the class as easy as possible. There aren't a lot of examples, but all the tricks I used are written down. There is a lot to unpack in this notebook
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Heat Transfer by (Yunus A Cengel)
Heat Transfer by yunus A Cengel
 Book & Bundle
 Class notes
 • 873 pages •
Class notes
Heat Transfer by (Yunus A Cengel)
Last document update: agoHeat Transfer by yunus A Cengel
Thermodynamics Module 2 Summary University Of Twente Mechanical Engineering
Thermodynamics Summary Module 2 Mechanical Engineering University of Twente.
 Book
 Summary
 • 17 pages •
Summary
Thermodynamics Module 2 Summary University Of Twente Mechanical Engineering
Last document update: agoThermodynamics Summary Module 2 Mechanical Engineering University of Twente.
Intro to Second Law of Thermodynamics
Topics covered: SECOND LAW OF THERMODYNAMICS  Definitions  Intro to heat engines (direct & reversed)  Calculating performances (efficiency, COPs) REVERSIBILITY  What is a reversible process?  Reasons behind irreversibility  Efficiency of reversible heat engine ENTROPY  Basic expression  Property: point function  Planck & Clausius Statement  Why two adiabatic processes cannot intersect in a cycle  Clausius Theorem (proof)  Clausius Inequality (proof)  Change in entropy expression...
 Book
 Summary
 • 28 pages •
Summary
Intro to Second Law of Thermodynamics
Last document update: agoTopics covered: SECOND LAW OF THERMODYNAMICS  Definitions  Intro to heat engines (direct & reversed)  Calculating performances (efficiency, COPs) REVERSIBILITY  What is a reversible process?  Reasons behind irreversibility  Efficiency of reversible heat engine ENTROPY  Basic expression  Property: point function  Planck & Clausius Statement  Why two adiabatic processes cannot intersect in a cycle  Clausius Theorem (proof)  Clausius Inequality (proof)  Change in entropy expression...
ME 311
I took this class in Spring 2020. Thermodynamics is a very difficult class. It takes some time to understand how the substances interact with each other and the system they're in. Fortunately, I used the book and inclass notes to make the class as easy as possible. There aren't a lot of examples, but all the tricks I used are written down. There is a lot to unpack in this notebook
 Book
 Class notes
 • 49 pages •
Class notes
ME 311
Last document update: agoI took this class in Spring 2020. Thermodynamics is a very difficult class. It takes some time to understand how the substances interact with each other and the system they're in. Fortunately, I used the book and inclass notes to make the class as easy as possible. There aren't a lot of examples, but all the tricks I used are written down. There is a lot to unpack in this notebook
Thermodynamics Cycles Notes
This notes should be very easy to follow, especially those who had learnt this but haven't fully grasped the topics. However, this note is also suitable for those who are about to start these topics and want to read ahead. This note will be focused on the vapour power cycle, refrigeration cycle and gas power cycle aspect of the second law of thermodynamics. as well as other skills you need to know in order to answer exam questions of these topics. I believe my note is straight to the point (no...
 Book
 Summary
 • 41 pages •
Summary
Thermodynamics Cycles Notes
Last document update: agoThis notes should be very easy to follow, especially those who had learnt this but haven't fully grasped the topics. However, this note is also suitable for those who are about to start these topics and want to read ahead. This note will be focused on the vapour power cycle, refrigeration cycle and gas power cycle aspect of the second law of thermodynamics. as well as other skills you need to know in order to answer exam questions of these topics. I believe my note is straight to the point (no...
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this is thermodynamic notes
 Book
 Class notes
 • 61 pages •
thermo
Thermodynamics and fluid mechanics hw solutions
 Book
 Answers
 • 1 pages •
Answers
thermo
Last document update: agoThermodynamics and fluid mechanics hw solutions
Intro to thermodynamics and pure substances
These notes are a combination of lecture notes and notes from the textbook Thermodynamics: An engineering approach. There are 81 pages which include definitions, explanations, diagrams, keywords are highlighted and there are a few example calculations provided as well. The topics in these notes are the basics, pressure, fluids, pure substances and the first law.
 Book
 Class notes
 • 1 pages •
Class notes
Intro to thermodynamics and pure substances
Last document update: agoThese notes are a combination of lecture notes and notes from the textbook Thermodynamics: An engineering approach. There are 81 pages which include definitions, explanations, diagrams, keywords are highlighted and there are a few example calculations provided as well. The topics in these notes are the basics, pressure, fluids, pure substances and the first law.
Heat Transfer Day 2
Shows the first law of thermodynamics, total energy generation rate for a volume, heat flux and the three ways in which heat is transferred. First law (a.k.a. energy balance) is expressed two ways; first, as a change from an initial time to a final time and second, on a per unit time basis (derivative form). Mentions the three ways heat is naturally transferred between materials.
 Book & Bundle
 Class notes
 • 2 pages •
Class notes
Heat Transfer Day 2
Last document update: agoShows the first law of thermodynamics, total energy generation rate for a volume, heat flux and the three ways in which heat is transferred. First law (a.k.a. energy balance) is expressed two ways; first, as a change from an initial time to a final time and second, on a per unit time basis (derivative form). Mentions the three ways heat is naturally transferred between materials.
Heat Transfer Day 4
Includes two class problems; first shows the heat generation in an electrical wire and second shows the heat lost from a person to a room due to convection and radiation. The first law of thermo is applied to both problems and will continue to be a valuable approach. The class notes touch more on convection and radiation with their equations and the definitions of the variables in them.
 Book & Bundle
 Class notes
 • 3 pages •
Class notes
Heat Transfer Day 4
Last document update: agoIncludes two class problems; first shows the heat generation in an electrical wire and second shows the heat lost from a person to a room due to convection and radiation. The first law of thermo is applied to both problems and will continue to be a valuable approach. The class notes touch more on convection and radiation with their equations and the definitions of the variables in them.