Well, everyone, my name is Sergio and I use qblade, and I consider this program very good. I ask you if there is the possibility of using in the QLLT simulation to have the load as output Tower top yaw moment.
thank you
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this is not included in the outputs yet, but you could calculate the TT yaw moment using the normal and tangential blade forces together with the azimuthal position.
Cheers,
David
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Dear Anonymus (and not only)...
While I do not contribute to the discusions - I read pretty much most of what is posted here.
And - I have a humble request...please let David deal with the important stuff - which is the code predicting the behaviour of the turbine.
The existing output is sufficient to cover most of the requests I have seen voiced here - it just needs a bit of thinking. And - if one can't do that (process the existing output, that is) - then probably no amount of additional data will help.
I am not saying that some extra bits wouldn't be welcome - but c'mon, guys...(this was the polite version).
Of course I have no business advising anyone or putting forward any kind of critique, but still...
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Anonymous
Anonymous
-
2018-06-06
Thanks to the answer, Mzn has been calculating it from the resulting loads of the blades for a long time. I asked this only to know if there was a more direct method included in qblade, mine was not a request for implementation or a criticism, but only a help me. Thank you
If you would like to refer to this comment somewhere else in this project, copy and paste the following link:
Well, everyone, my name is Sergio and I use qblade, and I consider this program very good. I ask you if there is the possibility of using in the QLLT simulation to have the load as output Tower top yaw moment.
thank you
Hi Sergio,
this is not included in the outputs yet, but you could calculate the TT yaw moment using the normal and tangential blade forces together with the azimuthal position.
Cheers,
David
Dear Anonymus (and not only)...
While I do not contribute to the discusions - I read pretty much most of what is posted here.
And - I have a humble request...please let David deal with the important stuff - which is the code predicting the behaviour of the turbine.
The existing output is sufficient to cover most of the requests I have seen voiced here - it just needs a bit of thinking. And - if one can't do that (process the existing output, that is) - then probably no amount of additional data will help.
I am not saying that some extra bits wouldn't be welcome - but c'mon, guys...(this was the polite version).
Of course I have no business advising anyone or putting forward any kind of critique, but still...
Thanks to the answer, Mzn has been calculating it from the resulting loads of the blades for a long time. I asked this only to know if there was a more direct method included in qblade, mine was not a request for implementation or a criticism, but only a help me. Thank you