| Bahan Kajian | - Pengantar Korosi di Industri
- Termodinamika elektrokimia korosi, meliputi Potensial, Rumus Nernst, Diagram Pourbaix
- Kinetika elektrokimia korosi, meliputi Polarisasi Aktivasi, Polarisasi Konsentrasi, Overpotential ohmik, Persamaan Butler-Volmer, Persamaan Tafel
- Lingkungan korosif, meliputi Korosi Atmosferik, Korosi lingkungan air, korosi di tanah dan beton, korosi mikrobiologis
- Jenis-Jenis Korosi: galvanik, pitting, crevice, mechanical assisted corrosion, microbial induced corrosion
- Dasar-dasar pemilihan material, meliputi material baja, alumnium, tembaga, dan logam paduan tahan korosi
- Metode pencegahan korosi, meliputi coating, inhibitor
- Sistem energi berbasis elektrokimia, meliputi baterai dan fuel cell
| - Introduction to Corrosion in Industry
- Electrochemical thermodynamics of corrosion, including potential, the Nernst equation, and Pourbaix diagrams
- Electrochemical kinetics of corrosion, including activation polarization, concentration polarization, ohmic overpotential, the Butler–Volmer equation, and the Tafel equation
- Corrosive environments, including atmospheric corrosion, aqueous environment corrosion, corrosion in soil and concrete, and microbiologically influenced corrosion
- Types of corrosion: galvanic, pitting, crevice, mechanically assisted corrosion, and microbiologically induced corrosion
- Fundamentals of material selection, including steels, aluminum, copper, and corrosion-resistant alloy metals
- Corrosion prevention methods, including coatings and inhibitors
- Electrochemical energy systems, including batteries and fuel cells
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| Capaian Pembelajaran Mata Kuliah (CPMK) | - Mahasiswa mengenal proses terjadinya korosi dan metoda pengendaliannya, serta mampu mengerjakan perhitungan perkiraan laju korosi.
- Mahasiswa mampu melakukan pemilihan material tahan korosi dan mengerjakan perancangan proteksi katodik.
- Mahasiswa mampu mengidentifikasi masalah teknis yang disebabkan oleh korosi serta metoda pengendaliannya.
- Mahasiswa mengenal metoda pengendalian korosi yang mutakhir.
- Mahasiswa mampu menjelaskan mengenai prinsip kerja dan penggunaan baterai dan fuel cell.
| - Students are able to understand the corrosion process and its control methods, and to perform calculations for estimating corrosion rates.
- Students are able to select corrosion-resistant materials and carry out the design of cathodic protection systems.
- Students are able to identify technical problems caused by corrosion and the corresponding control methods.
- Students are able to understand advanced and modern corrosion control methods.
- Students are able to explain the operating principles and applications of batteries and fuel cells.
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