| Kode Mata Kuliah | AE6022 / 3 SKS |
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| Penyelenggara | 236 - Teknik Dirgantara / FTMD |
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| Kategori | Kuliah |
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| Bahasa Indonesia | English |
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| Nama Mata Kuliah | Mekanika Kontinum II | Continuum Mechanics II |
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| Bahan Kajian | - Tinjauan Mekanika Kontinuum I
- Elastisitas Linear
- Persamaan Navier–Cauchy
- Persamaan Beltrami–Mitchell
- Formulasi perpindahan dan tegangan
- Teorema keunikan
- Teorema resiprokal Betti
- Prinsip superposisi
- Prinsip Saint-Venant
- Teori Saint-Venant untuk torsi
- Teori balok Saint-Venant
- Masalah Bidang dalam Elastisitas
- Regangan anti-bidang
- Regangan bidang
- Tegangan bidang
- Fungsi tegangan Airy
- Persamaan biharmonik
- Mekanika Fluida dan Perpindahan Panas
- Persamaan atur fluida
- Persamaan atur perpindahan panas
- Masalah kopel multifisik: termofluida
- Perambatan Gelombang dalam Media Kontinu
- Gelombang akustik dalam fluida
- Metode karakteristik
- Perambatan gelombang dalam padatan
- Plastisitas
- Plastisitas tak bergantung laju
- Plastisitas asosiatif
- Plastisitas sempurna dan pengerasan
- Prinsip Variasional untuk Mekanika Kontinuum Nonlinear
- Tinjauan kalkulus variasi
- Prinsip energi dalam mekanika nonlinear
- Perilaku konstitutif nonlinear
- Implementasi dalam mekanika komputasi
| - Review of Continuum Mechanics I
- Linear Elasticity
- Navier-Cauchy equations
- Beltrami-Michell equations
- Displacement and stress formulations
- Uniqueness theorem
- Betti's reciprocal theorem
- Superposition principle
- Saint-Venant's principle
- Saint-Venant's theory of torsion
- Saint-Venant's beam theory
- Plane Problems in Elasticity
- Anti-plane strain
- Plane strain
- Plane stress
- Airy stress function
- Biharmonic equation
- Fluid Mechanics and Heat Transfer
- Governing equations of fluid mechanics
- Governing equations of heat transfer
- Multiphysics coupled problems: thermofluids
- Wave Propagation in Continuous Media
- Acoustic waves in fluids
- Method of characteristics
- Wave propagation in solids
- Plasticity
- Rate-independent plasticity
- Associative plasticity
- Perfect plasticity and hardening
- Variational Principles for Nonlinear Continuum Mechanics
- Review of the calculus of variations
- Energy principles in nonlinear mechanics
- Nonlinear constitutive behavior
- Implementation in computational mechanics
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| Capaian Pembelajaran Mata Kuliah (CPMK) | - Memahami dan terampil menggunaan konsep-konsep dasar mekanika kontinum dalam mempelajari mekanika padatan (linear dan nonlinear), mekanika fluida (fluida Newtonian), perpindahan panas, dan interaksinya dalam kasus multifisik.
- Mengenal analisis tensor dan persamaan atur sehingga memudahkan mahasiswa dalam membaca literatur dan artikel dalam jurnal ilmiah.
| - Students understand and are proficient in using the fundamental concepts of continuum mechanics to study solid mechanics (linear and nonlinear), fluid mechanics (Newtonian fluids), heat transfer, and their interactions in multiphysics problems.
- Students are familiar with tensor analysis and governing equations to facilitate reading scientific literature and journal articles.
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| Metode Pembelajaran | Tatap muka | Face-to-face |
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| Modalitas Pembelajaran | Luring
Sinkron
Individu
Kelompok | In-person (Offline)
Synchronous
Individual
Group |
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| Jenis Nilai | ABCDE |
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| Metode Penilaian | Ujian akhir semester
Tugas besar
Pekerjaan rumah | Final Examination
Term Project
Homework Assignments |
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| Catatan Tambahan | | |
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