Long Waves
Course Code
KL3107
Number of Credits
2
Semester
Course Type
E
Study Material
| Study Material | Depth |
|---|---|
| Introduction | Explore |
| Equations of Motion for Long Waves Fluid | Expert |
| Derivation of 1-D Long Wave Equations without Friction and with Friction | Expert |
| Long Wave Energy | Expert |
| Reflection and Transmission of Long Waves | Expert |
| Storm Surge | Expert |
| Geostrophic Effects on Long Waves | Expert |
| Amphidromic Point | Expert |
| Bathystrophic Storm Tide | Expert |
Graduate Learning Outcomes (GLO) carried by the course
| CPMK Code | Course Learning Outcomes Elements (CLO) |
|---|---|
| CPMK 1 | Capable of formulating the conservation equations of mass and momentum in 1D, 2D, and the energy of long waves using Green's law averaged in the vertical dimension. |
| CPMK 2 | Capable of identifying tsunami wave propagation and formulating its equations in marine engineering problems. |
| CPMK 3 | Capable of calculating values from tidal current equations in 1D channels to solve engineering problems. |
| CPMK 4 | Capable of distinguishing storm surges from other marine phenomena and using storm surge equations to solve engineering problems. |
| CPMK 5 | Capable of detecting wave reflection/transmission phenomena due to depth changes and solving engineering problems using their equations. |
| CPMK 6 | Capable of using equations for atmospheric pressure disturbances, seabed movements, and Kelvin waves in solving marine engineering problems. |
| CPMK 7 | Capable of identifying estuarine currents due to density differences, wind, and river outflows, assuming steady flow and laterally averaged direction. |
Learning Method
- Lecture
Learning Modality
- In terms of absorption: visual and auditory In terms of implementation: synchronous
Assessment Methods
- Homework, quiz, midterm exam, final exam, written paper and presentation.