Depending on a wave energy problem, we need to answer various questions, e.g.: what is the wave length? No matter what the problem is, you ALWAYS have to calculate the wave length. In this video we use Excel Solver function to calculate the wave length.
@@StudyTips4U In general, a met-ocean report gives us wave period and height information only. Based on that how do we proceed forward to chose a theory, wavelength and then forces. Can you please have a little discussion on flow of calculations? Maa'm, extremely thankful for your help.
I have good practical examples how to calculate drag forces due to wind on towers and how to determine bending moments, etc. Let me know if you subscribed to my channel and I can make a very nice video.
Thanks for in depth knowledge. If possible, please prepare a video on how to generate wavy surfaces in Excel and then how to export it to any CAD tool. Subscribed and Pressed the bell icon
What calculations are you rereferring to, e.g. one can (1) calculate time series of surface elevation at particular locations; or one can (2) calculate time series of surfaces elevations, i.e. different locations, at a given instant in time?
Thanks fot the video, Ma'm! It is very useful for beginners like me. My question is how to choose the value of “wave length trial”？it should be given randomly or according to experience？how the different “wave length trial” effect calculated wave length？
Morison, J. R.; O'Brien, M. P.; Johnson, J. W.; Schaaf, S. A. (1950), "The force exerted by surface waves on piles", Petroleum Transactions (American Institute of Mining Engineers) 189: 149-154
Depending on a wave energy problem, we need to answer various questions, e.g.: what is the wave length? No matter what the problem is, you ALWAYS have to calculate the wave length. In this video we use Excel Solver function to calculate the wave length.
I have a question on wave functions- can we have a live session or you can make a video on that?
@@adityabodhe3340, send me your question and I may try to prepare a video.
@@StudyTips4U In general, a met-ocean report gives us wave period and height information only. Based on that how do we proceed forward to chose a theory, wavelength and then forces. Can you please have a little discussion on flow of calculations? Maa'm, extremely thankful for your help.
This is extremely helpful. Thank you very much.
Very nice video and spreadsheet!
Thanks you doing nice work, please keep it continue your video
👍🤗
Awesome videos. Many thanks for your effort. Please any video for wind loads on the tower and Thrust loads on blades
I have good practical examples how to calculate drag forces due to wind on towers and how to determine bending moments, etc. Let me know if you subscribed to my channel and I can make a very nice video.
@@StudyTips4U Thanks. Subscribed already in May.
Thank you, Ma'm! Subscribed and pressed the bell icon!
Awesome! Thank you!
Terimakasih bu, sangat membantu 🙏🙏🙏
This looks great!!
Thanks for in depth knowledge.
If possible, please prepare a video on how to generate wavy surfaces in Excel and then how to export it to any CAD tool. Subscribed and Pressed the bell icon
What calculations are you rereferring to, e.g. one can (1) calculate time series of surface elevation at particular locations; or one can (2) calculate time series of surfaces elevations, i.e. different locations, at a given instant in time?
Doctor I enjoy your classes.could you extend it to CFD?
Thanks fot the video, Ma'm! It is very useful for beginners like me. My question is how to choose the value of “wave length trial”？it should be given randomly or according to experience？how the different “wave length trial” effect calculated wave length？
You can start taking trial as deep wave length, = g*T^2/(2pi)
Thanks very much
Thank you
How to calculate wave length trail
Iteration method
hi, in what literature did you find this equation?
Morison, J. R.; O'Brien, M. P.; Johnson, J. W.; Schaaf, S. A. (1950), "The force exerted by surface waves on piles", Petroleum Transactions (American Institute of Mining Engineers) 189: 149-154
@@StudyTips4U very good video and thank you very much for your help
I can't find this book. How can I get it ?
@@duduchukwura8249, you can download using this link onepetro.org/JPT/article/2/05/149/161931/The-Force-Exerted-by-Surface-Waves-on-Piles
HI. you have informations in spreadsheet or more informations of this tema
Do you mean you wanted to have a spreadsheet?
@@StudyTips4U yes, I want to know if you have any spreadsheet.
Thank you