We cannot comment on work output only on behalf of pressure alone because compressor work also gets increased for a high-pressure turbine, but yes if regeneration is employed in a cycle it will increase the work output due to increase in exergy of the compressed air at the inlet of the combustion chamber. I hope the doubt is clear.
Awesome video with clear concept
A lot better explanation than others! Thanks.
What is the concept behind taking one as HPT and another as LPT turbine
Very nice explanation 👍👌😀
I am fan of Indian Teachers,
Thank you very much sir 🙏
Why go to 3' ? We should be going to the point just below 4 -> name if 4'. And then our area increases... ???
Which turbine gives more work output 1) high pressure turbine or
2) low pressure turbine.
We cannot comment on work output only on behalf of pressure alone because compressor work also gets increased for a high-pressure turbine, but yes if regeneration is employed in a cycle it will increase the work output due to increase in exergy of the compressed air at the inlet of the combustion chamber. I hope the doubt is clear.
Nice Sir, I request to you please show P-V diagram also to understand easily ! Thanks sir.
How cycle is completed when 4-1 process doesn't happen as it happens in closed cycle
entire atmosphere is taken as heat sink.
it is equivalent process
love you man
Nice video
Sir but the third turbine u showed is also a HP turbine know
No it's LPT
It's an open cycle ,why you joined 6-1?
that is equivalent heat loss if we take it as closed cycle,