Kode Mata KuliahGL2102 / 2 SKS
Penyelenggara120 - Teknik Geologi / FITB
KategoriKuliah
Bahasa IndonesiaEnglish
Nama Mata KuliahGeofluidaGeofluid
Bahan Kajian
  1. Pendahuluan: - Aturan perkuliahan dan tujuan - Silabus - Referensi - Proses-proses geologi Media Berpori - Hukum Darcy, Porositas, Void Ratio - Konduktivitas Hidrolik - Porositas Vs Kedalaman, Permeabilitas Media Rekahan, Heterogenitas Dan Anisotropi, Hydraulic Head - Pengukuran Konduktivitas Hidrolik, Akifer - Persamaan Aliran Fluida Effective stress dan pore pressure - Storativitas, kompresibilitas - Persamaan Terzaghi
  2. Overpressure: - Pore pressure, total pressure - Overpressure Transportasi Massa: - Transportasi fluida bawah permukaan - Adveksi, dispersi, difusi - Jenis ransportasi panas - Konduktivitas termal, rayleigh number Panas Bumi: - Manifestasi panas bumi - Klasifikasi sistem panas bumi berdasarkan parameter reservoarnya (temperatur, permeabilitas)
  3. Hidrogeokimia: - Kimia fluida - Parameter fisika dan kimia air - Kimia airtanah dan fluida panas bumi - Isotop Fluida Dalam Mineralisasi: - Proses mineralisasi - Endapan hidrotermal Pengaruh fluida pada sifat fisik media berpori: - Longsor, induced seismicity, likuifaksi, quicksand, rembesan melalui bendungan, pelarutan gamping
  1. Introduction: - Lecture rules and objectives - Syllabus - Reference - Geological processes Porous Media - Darcy's Law, Porosity, Void Ratio - Hydraulic Conductivity - Porosity Vs Depth, Fracture Media Permeability, Heterogeneity And Anisotropy, Hydraulic Head - Hydraulic Conductivity Measurement, Aquifers - Fluid Flow Equations Effective stress and pore pressure - Storativity, compressibility - Terzaghi equation
  2. Overpressure: - Pore pressure, total pressure - Overpressure Mass Transportation: - Subsurface fluid transport - Advection, dispersion, diffusion - Types of heat transport - Thermal conductivity, rayleigh number Geothermal: - Geothermal manifestations - Classification of geothermal systems based on their reservoir parameters (temperature, permeability)
  3. Hydrogeochemistry: - Fluid chemistry - Physical and chemical parameters of water - Groundwater and geothermal fluid chemistry - Isotopes Fluids in Mineralization: - Mineralization process - Hydrothermal deposits Influence of fluid on the physical properties of porous media: - Landslides, induced seismicity, liquefaction, quicksand, seepage through dams, limestone dissolution
Capaian Pembelajaran Mata Kuliah (CPMK)
  1. Mahasiswa mampu menerapkan pengetahuan mengenai mekanika fluida dalam menjelaskan proses-proses geologi di bawah permukaan.
  1. Students are able to apply knowledge of fluid mechanics in explaining subsurface geological processes.
Metode PembelajaranKBL :Knowledge Based Leaning Problem based learning (PBL)KBL :Knowledge Based Leaning Problem based learning (PBL)
Modalitas PembelajaranLuring Daring Sinkron AsinkronOffline Online Synchronous Asynchronous
Jenis NilaiABCDE
Metode PenilaianPilihan Laporan UraianOptions Report Description
Catatan Tambahan