What Are the Best Resources for Understanding Engine Thermodynamics?

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Discussion Overview

The discussion focuses on identifying resources for understanding engine thermodynamics, including specific cycles like the Otto, Diesel, and Seilinger cycles, as well as performance and combustion processes. Participants seek recommendations for books, websites, and other materials that address these topics in depth.

Discussion Character

  • Exploratory
  • Technical explanation
  • Homework-related

Main Points Raised

  • One participant requests sources for engine thermodynamics, specifically mentioning the Otto, Diesel, and Seilinger cycles.
  • Another participant recommends the text by Moran and Shapiro as a good introductory resource for thermodynamics, noting the availability of older editions.
  • A participant expresses that while they have general thermodynamics books, engine thermodynamics may differ and mentions the Seilinger cycle is not commonly found in those texts.
  • It is noted that modifications to the Otto and Diesel cycles exist, with some being theoretical, and that specialized texts may be needed for obscure topics.
  • One participant emphasizes that internal combustion engine thermodynamics relies on the same principles as other thermodynamic cycles, like the Rankine cycle.
  • Another participant seeks example questions and solved problems for practice, questioning if searching for engine lecture notes would be beneficial.
  • A reply affirms that searching for lecture notes is a good idea and mentions that the recommended text contains numerous worked examples and end-of-chapter problems.
  • A participant inquires about other well-known thermodynamics books, mentioning specific titles and expressing concern about the availability of certain topics in them.

Areas of Agreement / Disagreement

Participants express varying opinions on the adequacy of general thermodynamics texts for engine thermodynamics, with some suggesting that specialized resources may be necessary. There is no consensus on the best resources, and multiple viewpoints regarding the coverage of specific cycles and topics remain.

Contextual Notes

Some participants highlight the potential limitations of general thermodynamics texts in covering specific engine cycles, indicating a need for specialized literature. The discussion also reflects uncertainty about the availability of certain topics in various recommended books.

mech-eng
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I need sources such as web sites, books, or videos aiming engine thermodynamics subject such
as otto cycle,diesel cycle, seilinger cycle(combination of diesel and otto), performance, combustion process. Can you make give some advice.
 
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If you want a good introduction to these topics and thermodynamics for applications in general, the text by Moran and Shapiro is great IMO. You can find a used, older edition for a decent price. There may even be electronic copies out there if you look.

https://www.amazon.com/dp/0470495901/?tag=pfamazon01-20
 
Saladsamurai said:
If you want a good introduction to these topics and thermodynamics for applications in general, the text by Moran and Shapiro is great IMO. You can find a used, older edition for a decent price. There may even be electronic copies out there if you look.

https://www.amazon.com/dp/0470495901/?tag=pfamazon01-20

I have thermodynamics books , and I have your advice book as well but , I think, engine thermodynamics is a little different from general thermodynamics.For example I haven't encountered seilinger cycle in such books.
meanwhile what is the abbreviation IMO?
 
Last edited by a moderator:
IMO = in my opinion
 
There are many different modifications to the basic Otto and Diesel cycles; some like the Seilinger cycle, which combine aspects of the Otto and Diesel cycles, may not be well known or may just be theoretical in nature. Textbooks usually cover what will be encountered most often in practice; if you want to explore other, more obscure topics, you have to hunt up specialist texts or papers.

Rest assured, however, that internal combustion engine thermodynamics use the same theory and principles encountered in other situations, like the Rankine cycle, for instance.
 
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especially I need example questions,solved examples to make practice. Is search for engine lecture notes a good attempt?
 
mech-eng said:
especially I need example questions,solved examples to make practice. Is search for engine lecture notes a good attempt?

Sure it is. Keep in mind that the text I referred to has countless examples in it. It has worked examples and many (hundreds) of end-of-chapter problems with answers to check.

Good luck :smile:

And yes, IMO = In My Opinion
 
did you examined other famous books such as thermodynamics an engineering approach of çengel and boles and fundamental of engineering thermodynamics of borgnakke..I examined introduction to engineering thermodynamics,second edition, of borgnakke.when i can't find in it I thought other don't have.
 

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