Kode Mata Kuliah | KL3103 / 3 SKS |
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Penyelenggara | 155 - Ocean Engineering / FTSL |
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Kategori | Lecture |
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| Bahasa Indonesia | English |
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Nama Mata Kuliah | Akustik Bawah Air | Underwater Acoustics |
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Bahan Kajian | - Penjelasan umum
- Teori dasar vibrasi
- Persamaan gelombang akustik bawah air
- Refraksi, pantulan dan transmisi pada pertengahan, permukaan air, dan dasar laut
- Transduser tunggal dan transduser bertingkat
- Pola beam
- Profil kecepatan suara, pelacakan sinar, dan kanal suara
- Kehilangan transmisi
| - General Description
- Basic theory of vibrations
- Underwater acoustic wave equation
- Refraction, reflection and transmission in the medium, water surface and seabed
- Single beam transducer dan transducer array
- Beam pattern
- Sound velocity profile, ray tracing, dan voice channel
- Transmission loss
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Capaian Pembelajaran Mata Kuliah (CPMK) | - Mampu mengenal teori dasar getaran dan menjelaskannya tertulis.
- Mampu melalukan perhitungan persamaan gelombang akustik bawah air, refraksi dan transmisi dalam media, air permukaan, dan dasar laut.
- Mampu menghasilkan transmisi akustik bawah air di sedimentasi pada lapisan sub bottom, transducer, single beam dan transducer array (multibeam).
- Mampu menghasilkan propagasi akustik bawah air di laut (sound velocity profile, ray tracing, sound channel) dan melakukan pemeriksaan dan deteksi berdasarkan propragasi tersebut.
- Mampu melakukan pemeriksaan dan identifikasi dalam hal transmission loss (penyebaran dan penyerapan loss, refleksi loss dan loss pada permukaan duct, deep sound channel).
- Mampu mengoperasikan dan mengilustrasikan model ray tracing modeling.
| - Able to recognize the basic theory of vibration and explain it in writing.
- Able to calculate underwater acoustic wave equations, refraction and transmission in media, surface water and seabed.
- Capable of generating underwater acoustic transmission in sedimentation in the sub bottom layer, transducer, single beam and transducer array (multibeam).
- Able to generate underwater acoustic propagation at sea (sound velocity profile, ray tracing, sound channel) and perform inspection and detection based on the propagation.
- Able to conduct inspection and identification in terms of transmission loss (dispersion and absorption loss, reflection loss and loss on the duct surface, deep sound channel).
- Able to operate and illustrate ray tracing modeling.
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Metode Pembelajaran | Kuliah dan tutorial | College and tutorials |
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Modalitas Pembelajaran | - Segi penyerapan: visual dan auditorial
- Segi pelaksanaan: sinkronus | - Absorption aspect: visual and auditory
- Implementation aspect: synchronous |
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Jenis Nilai | ABCDE |
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Metode Penilaian | Tugas, Kuis, Ujian Tengah Semester (UTS), Ujian Akhir Semester (UAS), dan Diskusi Kelas. | Assignments, Quiz, Midterm Exams (UTS), Final Semester Exams (UAS), and Class Discussions. |
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Catatan Tambahan | | |
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