Kode Kuliah SB5212 Kredit :3 SKS Semester : 1 KBK/Bidang Keahlian:
Oseanografi		 Sifat: Pilihan
Sifat kuliah Kuliah
Kelompok Kuliah Matakuliah Keahlian
Course Title (Indonesian)
Nama Matakuliah		 Dinamika Geofisika Fluida
Course Title (English)
Nama Matakuliah		 Geophysical Fluid Dynamics
Short Description
Silabus ringkas		 Persamaan gerak kerangka koordinat. Gerak geostrofik. Gesekan dan aliran viskus. Stress Reynold  turbulen. Teori lapisan-batas. Sirkulasi “upwelling” EKMAN. Teori ketidakstabilan baroklinik dan barotropik. Gelombang equatorial.
  The equation of motion in coordinate frame. Geostrophic motion. Friction and viscous flow. Reynolds turbulent stress. Boundary layer theory. Ekman upwelling circulations. Baroclinic and barotrophic unstability theories. Equatorial waves.
Silabus Lengkap Persamaan gerak kerangka koordinat tidak berputar – kerangka koordinat berputar. Gerak geostrofik. Teori air-dangkal “inviscid”. Gelombang ROSSBY. Gesekan dan aliran viskus. Stress Reynold  turbulen. Teori lapisan-batas. Model-model homogin sirkulasi laut digerakkan oleh angin. Hubungan SVERDRUP. Sirkulasi “upwelling” EKMAN. Gerak kuasi-geostrofik fluida berlapis pada suatu bola. Teori ketidakstabilan. Ketidakstabilan baroklonik. Ketidakstabilan barotropik. Gerak ageostrofik. Gelombang equatorial.
  The equation of motion in unrotating –rotating frames. Geostrophic motion. Inviscid shallow-water theory. The Rossby wave. Friction and viscous flow. Reynolds turbulent stress. Boundary layer theory. The homogeneous models of wind driven ocean circulation. The Sverdrup relation. Ekman upwelling circulations. Quasi-geostrophic motion of a stratified fluid on a sphere. Baroclinic and barotrophic unstability theories. Ageostrophic motion. Equatorial waves.
Goals
Tujuan Instruksional Umum (TIU)		 Memahami prinsip-prinsip dinamika fluida dalam geofisika dan aplikasinya dalam permasalahan oseanografi dan sains atmosfer.
  Understanding the basic principles of geophysical fluid dynamics and its applications in oceanography and atmospheric sciences
Outcomes
Luaran		 Mampu mengaplikasikan prinsip-prinsip gerak dinamika fluida dalam menganalisis dinamika perairan, khususnya di laut.
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Pustaka
  1. Joseph Pedlosky, (1979) : “Geophysical Fluid Dynamics”, Springer – Verlag, New York Heidelberg, Berlin.
  1. Lebedev, I. , Y. Soong and L. Lockwood, (2004) : “Aspect of Geophysics Fluid Dynamics”
  1. Roison, Benoit Cusman, (1994) : “Introduction to Geophysics Fluid Dynamies”, Prentice-Hall, Englewood Cliffs, New Jersey 07632, 302 hal.
  1. Schwind, Joseph J. von, (1980) : “Geophysical Fluid Dynamics for Oceanographers”, Prentice-Hall, Inc, Englewood Cliffs, N.J. 07632, 307 hal.

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