Dean Manning
Guest
Mark,
Thanks so much for you're input! It is, indeed, much appreciated! I have one further question. I am but an amateur researcher, so, I ask a highly experienced and very good researcher, how does one achieve the records that your have? I live in the states, I don't know that I have access to Olympic's repair records.
In any case, I may be able to determine some general characteristics of Olympic's turbine, regardless of whether or not I have the temps. From what I've read, largely from the link that I've posted above, the state of water in Olympic's turbine was of steam. If that is indeed the case, then I would look to the fact that the nozzles at the steam entrance and exit were looked at. A malfunction in them may cause a state in the steam that is not desirable. My question to you would be; were they replaced?
I'll have some calculations for the creep phenomenon shortly. if you like I will post them.
Thank you very much Mark!
-Dean
Thanks so much for you're input! It is, indeed, much appreciated! I have one further question. I am but an amateur researcher, so, I ask a highly experienced and very good researcher, how does one achieve the records that your have? I live in the states, I don't know that I have access to Olympic's repair records.
In any case, I may be able to determine some general characteristics of Olympic's turbine, regardless of whether or not I have the temps. From what I've read, largely from the link that I've posted above, the state of water in Olympic's turbine was of steam. If that is indeed the case, then I would look to the fact that the nozzles at the steam entrance and exit were looked at. A malfunction in them may cause a state in the steam that is not desirable. My question to you would be; were they replaced?
I'll have some calculations for the creep phenomenon shortly. if you like I will post them.
Thank you very much Mark!
-Dean