| Bahan Kajian | - Dasar-Dasar Degradasi Permukaan
- Mekanisme Korosi dan Keausan
- Metode Karakterisasi & Evaluasi Kerusakan
- Strategi Mitigasi, Proteksi, dan Desain Material Tahan Degradasi
| - Fundamentals of Surface Degradation
- Mechanisms of Corrosion and Wear
- Characterization Methods & Damage Evaluation
- Mitigation Strategies, Protection, and Design of Degradation-Resistant Materials
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| Capaian Pembelajaran Mata Kuliah (CPMK) | - Mampu menganalisis secara kritis mekanisme degradasi permukaan logam (korosi elektrokimia, oksidasi suhu tinggi, dan berbagai mekanisme keausan) dengan landasan teori dan pendekatan ilmiah untuk memprediksi perilaku material dalam berbagai lingkungan layanan kompleks.
- Mampu mengidentifikasi, mengevaluasi, dan mendiagnosis kerusakan material akibat korosi dan keausan menggunakan metode eksperimental, karakterisasi mikrostruktur, dan interpretasi data secara mendalam untuk menentukan penyebab akar masalah (root cause analysis).
- Mampu merancang strategi mitigasi dan pengendalian degradasi permukaan melalui pemilihan material, perancangan proteksi (pelapisan, inhibitor, proteksi katodik, surface engineering), serta rekomendasi operasional yang didukung analisis komprehensif dan bukti eksperimental.
| - Able to critically analyze the mechanisms of metal surface degradation (electrochemical corrosion, high-temperature oxidation, and various wear mechanisms) based on theoretical foundations and scientific approaches to predict material behavior in various complex service environments.
- Able to identify, evaluate, and diagnose material damage due to corrosion and wear using experimental methods, microstructural characterization, and in-depth data interpretation to determine the root cause of the problem (root cause analysis).
- Able to design mitigation and control strategies for surface degradation through material selection, protection design (coatings, inhibitors, cathodic protection, surface engineering), and operational recommendations supported by comprehensive analysis and experimental evidence.
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