Kurikulum 2024

Kode Mata KuliahAE2204 / 3 SKS
Penyelenggara136 - Aerospace Engineering / FTMD
KategoriLecture
Bahasa IndonesiaEnglish
Nama Mata KuliahSistem DinamikDynamic System
Bahan Kajian
  1. Review Linear dan Angular Momentum
  2. Sistem TAK dan Transformasinya, Principal Axes
  3. Transformasi Inersia Tensor
  4. Persamaan Gerak Benda Kaku di Ruang 3D
  5. Gerak Giroskopik
  6. Prinsip Kerja, Energi Kinetik, dan Energi Potensial
  7. Persamaan Lagrange
  8. Sistem Dinamik non-linier
  9. Prinsip Linearisasi
  10. Model sistem linear, state space, dan fungsi transfer
  11. Analisis karakteristik sistem linear
  12. Contoh model sistem linear pada sistem dirgantara
  1. Linear and Angular Momentum Review
  2. Coordinate Reference Systems and Their Transformations, Principal Axes
  3. Tensor Inertia Transform
  4. Equations of Motion of Rigid Bodies in 3D Space
  5. Gyroscopic Motion
  6. Principles of Work, Kinetic Energy, and Potential Energy
  7. Lagrange's equation
  8. Non-linear Dynamic Systems
  9. Principle of Linearization
  10. Linear system models, state spaces, and transfer functions
  11. Analysis of linear system characteristics
  12. Examples of a linear system models in aerospace systems
Capaian Pembelajaran Mata Kuliah (CPMK)
  1. Melakukan transformasi koordinat dalam ruang 3 dimensi.
  2. Melakukan pemodelan, penyusunan persamaan gerak, dan analisa dinamika benda kaku pada ruang 3 dimensi dengan metode Newton dan metode energi.
  3. Melakukan analisis kuantitatif gerak giroskopik.
  4. Melakukan analisis dasar pada sistem dinamik non-linier.
  5. Melakukan proses linierisasi, membentuk model linier dalam formulasi state-space dan fungsi transfer, dan melakukan analisis karakteristik sistem dinamik linier.
  6. Memahami implementasi model dinamik linier pada aplikasi dirgantara.
  1. Perform coordinate transformations in three-dimensional space.
  2. Model, formulate equations of motion, and analyze the dynamics of rigid bodies in three-dimensional space using Newton's method and the energy method.
  3. Conduct quantitative analysis of gyroscopic motion.
  4. Perform basic analysis of non-linear dynamic systems.
  5. Carry out the process of linearization, develop linear models in state-space formulation and transfer functions, and analyze the characteristics of linear dynamic systems.
  6. Understand the implementation of linear dynamic models in aerospace applications.
Metode PembelajaranKuliah Tatap Muka, Tutorial
Modalitas PembelajaranLuring, Sinkron
Jenis NilaiABCDE
Metode PenilaianPR, Tutorial/Quiz, Ujian Tengah Semester 1, Ujian Tengah Semester 2, Ujian Akhir Semester
Catatan Tambahan