| Bahan Kajian |
| - Introduction: design process, tools, product development, cost
- Material classification: crystalline, FCC, BCC, HCP, non-crystalline
- Metallic material: steel, aluminum, titanium, magnesium, super alloy. Phase transformation: eutectic, eutectoid, peritectoid. Microstructures: Austenite, Ferrite, Carbide, defect, dislocation
- Mechanical properties: tensile, shear, and torsional tests. Elastic and plastic properties, hardness tests
- Non-metallic materials: Composite materials, hybrid metal composite materials, cellular materials, anisotropy, natural materials
- Material property charts: strength to weight concept, cost
concept, selection strategies, material attribute
- Material Performance Index: Young Modulus-Density, Yield Strength – Density, Fracture toughness – Density, Thermal expansion – Density, Strength-Cost
- Limit and material indices, Yield limited design, design for stiffness, bending, torsion, tension/compression
- Fatigue and fracture mechanics, diffusion and creep, corrosion, fail safe design
- Process and the effect of properties, process selection strategy
- Metal forming, composite forming, joining, finishing, additive manufacture
- Aircraft Material Selection: wing spar, skin, radome, jet turbine blade
- Material selection of mechanical components: spring, flywheel, pressure vessels
- Design case studies: pressure vessels, connecting rods for high performance engines, cost effective bumpers, disk brake calipers
- Case study: Wing structure, Pressure vessel fail safe design, Airframe creep design
- Forensic analysis case study: railway crack failure analysis
- Composite designs: for stiffness, anisotropy, thermal
- Designing metal matrix composites
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| Capaian Pembelajaran Mata Kuliah (CPMK) | - Mahasiswa dapat memahami hubungan antara struktur dalam bahan dan pengaruhnya terhadap sifat-sifat mekanik bahan.
- Mahasiswa dapat memahami prinsip penguatan bahan logam dan aplikasinya.
- Mahasiswa dapat menjelaskan tentang paduan baja, aluminum, magnesium, titanium, dan superalloy serta aplikasinya pada struktur pesawat terbang.
- Mahasiswa dapat menjelaskan jenis-jenis metoda manufaktur, masalah-masalah utama dalam proses manufaktur, dan strategi pemilihan proses manufaktur bahan logam.
- Mahasiswa dapat memahami jenis-jenis kegagalan pada bahan logam.
- Mahasiswa dapat menjelaskan tentang apa itu polimer, keramik dan komposit, serta pengaruh bahan-bahan penyusunnya.
- Mahasiswa dapat menjelaskan proses manufaktur polimer, keramik dan bahan komposit menjadi sebuah komponen atau struktur.
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