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How to Solve Ideal Reheat Rankine by hand and EES. Example 4-10 from Cengel's Thermodynamics.

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This video walks you through the theory and the solution of Ideal Reheat Rankine Cycle. This is a thorough guide. The problem chosen here is example 4-10 from Cengel's Thermodynamics book. This video shows you how you can solve the problem by hand and EES.
To learn about the first law of Thermodynamics watch this video:
• Introduction to Heat T...
To learn how to use EES watch this video:
• How to use EES. Basic ...
To learn about simple ideal Rankine cycle and how to solve it using EES watch this video:
• How to solve Simple Id...

Опубликовано:

29 авг 2024

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Комментарии : 31

@MrKaje72 6 месяцев назад

This is exactly what I was looking for…like crazy. I’m applying for a Data Center and I want to tighten my knowledge. Thanks for this.

@professorbehrang 6 месяцев назад

Glad it worked for you.

@clarkgriswold5842 Год назад

Nice work Professor! These are high quality videos, easy to understand and adding EES is cherry on the top!

@professorbehrang Год назад

Thanks! Will try to keep it up!

@jamesgeorge4981 Год назад

Nice one doc

@nqobilenewlove6346 Год назад

Thank you so much Dr 🙏

@professorbehrang Год назад

You’re welcome!

@karouahousseyn4476 Год назад

That you for this helpful videos, and look for more others Thnx/

@professorbehrang Год назад

You are welcome

@qaz655 Месяц назад

Assalamualaikum Sir! Hope you are doing well. Thanks a lot for doing such great work. Sir can you plz guide me what software should I use to make these process diagrams

@professorbehrang Месяц назад

@@qaz655 You’re welcome! I borrowed these process diagrams from the book. I didn’t particularly use any software but I know there are professional commercial codes that do that.

@tarifulislam7934 Год назад

Please make a video on the regenerative cycle dear Professor.

@professorbehrang Год назад

Sure I will! Thanks for your feedback.

@edwinpagayona9120 2 года назад

Thank you Doc.

@professorbehrang 2 года назад

You’re welcome

@edwinpagayona9120 2 года назад

@@professorbehrang how to reach you doc? Currently, I am studying my master's degree in mechanical engineering.

@professorbehrang 2 года назад

@@edwinpagayona9120 How can I help you?

@edwinpagayona9120 2 года назад

@@professorbehrang need your advise what topic do I need to propose in my thesis with regards in Rankine Cylcle? Thank you

@professorbehrang 2 года назад

@@edwinpagayona9120 optimization is always a good topic. A combination of reheat, regeneration, and process heating and optimizing that cycle for the maximum efficiency.

@xbjsnjcd Год назад

Hello sir, can you please make a video for exergy analysis of the VCR cycle on EES software

@professorbehrang Год назад

You mean Vapor Compression Refrigeration Cycle? Like R134a? Yes I can. Thanks for the suggestion. I need to make some videos on exergy.

@xbjsnjcd Год назад

@@professorbehrang yes sir

@nadiraida6990 3 месяца назад

Hey dcr . How did this. Diagramme

@abhishekpundir1999 2 года назад

Sir please make a video on exergoeconomic analysis in ees with detail its a humble request

@professorbehrang 2 года назад

Exergy analysis of a power cycle?

@abhishekpundir1999 2 года назад

@@professorbehrang thermoeconomic analysis which uses exergy

@professorbehrang 2 года назад

@@abhishekpundir1999 I will work on some exergy videos soon.

@jakeweber9347 5 месяцев назад

How would you find T2

@professorbehrang 4 месяца назад

If the pump is isentropic, s_2=s_1 and also you know P_2. Knowing two independent properties s_2 and P_2 will give you T_2 if you need it using EES. The thing is if you are not using EES and you are using tables, since this process (1->2) happens in the compressed liquid area, T_2 will be very close to T_1. Maybe just 1 degrees Celsius of difference. So it won't be a big deal for problems like this.