Mata Kuliah SI6115 - 2026

Kode Mata KuliahSI6115 / 3 SKS
Penyelenggara250 - Teknik Sipil / FTSL
KategoriKuliah
Bahasa IndonesiaEnglish
Nama Mata KuliahRekayasa KegempaanEarthquake Engineering
Bahan Kajian
  1. Mekanisme terjadinya gempa dan jenis sumber gempa (point source, line source dan area source)
  2. Time history analisis pada sistem SDOF untuk beberapa ukuran intensitas gempa
  3. Sistem SDOF: Respons spektrum dan spektrum rencana; daktilitas dan energi Sistem SDOF dan peraturan gempa rencana
  4. Seismic Hazard Analysis (Risk Analysis)
  5. Pengembangan Artificial Eartquake Motion; pengantar Sistem MDOF dan analisisnya
  6. Sistem MDOF 2D: mode superposition method vs time history analysis
  7. Sistem MDOF 2D dan Redaman proporsional, Response spectrum analysis, Kombinasi antar ragam (SRSS & CQC)
  8. Sistem MDOF 3D basic stiffness analysis; sistem MDOF 3D dan Redaman proporsional, time history analysis, Respons terhadap getaran dua arah
  9. Kombinasi antar ragam (SRSS & CQC)
  10. Analisis 3D statik ekivalen dan persyaratan desain SNI 1726
  11. Analisis metoda energi MDOF
  12. Pengantar Performance Based Seismic Engineering
  13. Performance based design and analysis, konfigurasi gedung tahan gempa dan studi kasus
  1. Earthquake mechanism and types of seismic sources (point, line, and area sources)
  2. Time history analysis of SDOF system for various earthquake intensity measures
  3. SDOF system: Response spectrum and design spectrum; ductility and energy, SDOF and seismic design code
  4. Seismic Hazard Analysis (Risk Analysis)
  5. Development of artificial earthquake motion; introduction to MDOF system and analysis
  6. MDOF 2D system: mode superposition method vs. time history analysis
  7. MDOF 2D system and proportional damping, response spectrum analysis, modal combination (SRSS & CQC)
  8. MDOF 3D basic stiffness analysis; MDOF 3D and proportional damping, time history analysis, response to bi-directional excitation
  9. Modal combination (SRSS & CQC)
  10. Equivalent static 3D analysis and SNI 1726 design requirements
  11. MDOF energy method analysis
  12. Introduction to performance-based seismic engineering
  13. Performance-based design and analysis, earthquake-resistant building configuration, and case studies
Capaian Pembelajaran Mata Kuliah (CPMK)
  1. Memahami mekanisme terjadinya gempa dan jenis sumber gempa
  2. Memahami Seismic Hazard Analysis
  3. Memahami Performance based design and analysis, konfigurasi gedung tahan gempa dan studi kasus
  4. Mampu melakukan analisis Time history dan Respons spektrum terhadap bangunan SDOF
  5. Mampu melakukan analisis MDOF 2D dan 3D
  6. Mampu melakukan analisis dan desain berdasarkan SNI 1726
  1. Understand earthquake mechanisms and types of seismic sources
  2. Understand seismic hazard analysis
  3. Understand performance-based design and analysis, earthquake-resistant building configuration, and case studies
  4. Ability to perform time history and response spectrum analysis on SDOF buildings
  5. Ability to perform 2D and 3D MDOF analysis
  6. Ability to perform analysis and design based on SNI 1726
Metode PembelajaranKombinasi ceramah, diskusi kelompok, dan studi kasusCombination of lectures, group discussions, and case studies
Modalitas PembelajaranBauran sinkron dan asinkronBlended synchronous and asynchronous
Jenis NilaiABCDE
Metode PenilaianKuis, Tugas, UTS, UASQuizzes, Assignments, Midterm Exam, Final Exam
Catatan Tambahan