Presentation Year
2022
Depreciated Participant
Ken Owens Math Faculty, William Hein Physics Undergraduate Student, Emma Modrick Oceanography/Math Undergraduate Student, River Galaz Physics Undergraduate Student, Ana Sammel Math Undergraduate Student
College or Department
Short Description of your Research or Creative Project (700 characters or less)
A new one-dimensional ocean wave model was derived and applied to the Humboldt Bay Channel. This model consists of the continuity equation and momentum equation which describe the incomprehensibility and movement of sea water.
This model was digitized on a computer using the Octave programming language and simulations were ran for five different ocean swell scenarios. Wind generated this swell ranging in speed from 10 to 50 nautical miles per hour, yielding wavelengths in the range of 8.5 to 212 meters with wave speeds in the range of 2.8-14.8 meters/second.
In all cases the measured speeds agreed the the theoretical shallow water wave speed.
This model was digitized on a computer using the Octave programming language and simulations were ran for five different ocean swell scenarios. Wind generated this swell ranging in speed from 10 to 50 nautical miles per hour, yielding wavelengths in the range of 8.5 to 212 meters with wave speeds in the range of 2.8-14.8 meters/second.
In all cases the measured speeds agreed the the theoretical shallow water wave speed.
Permission to Publish Work
Yes
Node ID
1105
Page Classification