| Bahan Kajian | - Hukum Termodinamika Pertama
- Hukum Termodinamika Kedua
- Gabungan Hukum Termodinamika Pertama dan Kedua
- Sistem Fasa Tunggal
- Analisa Eksergi Umum
- Sistem Multi-Fasa
- Sistem dengan Reaksi Kimia
- Sistem Pembangkit Daya
- Sistem Termal Energi Surya
- Sistem Pendingin (Refrigerasi dan Kriogenik)
- Perancangan Termodinamika Penukar Panas dan Penyimpan Panas
- Termodinamika Ireversibel
| - First Law of Thermodynamics
- Second Law of Thermodynamics
- Combined First and Second Laws of Thermodynamics
- Single Phase Systems
- General Exergy Analysis
- Multi-Phase Systems
- Systems with Chemical Reactions
- Power Generation Systems
- Solar Thermal Energy Systems
- Cooling Systems (Refrigeration and Cryogenics)
- Thermodynamic Design of Heat Exchangers and Heat Storage
- Irreversible Thermodynamics
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| Capaian Pembelajaran Mata Kuliah (CPMK) | - Memahami berbagai formulasi Hukum Termo I untuk sistem tertutup maupun sistem terbuka
- Memahami Hukum Termo II untuk sistem tertutup dan terbuka
- Memahami dan mampu menerapkan persamaan eksergi sistem terbuka dan tertutup dalam analisa sistem
- Memahami transformasi Legendre dan mampu menerapkannya dalam perumusan persamaan hubungan sifat termodinamika
- Memahami berbagai persamaan sifat termodinamika campuran gas ideal dan nyata serta mampu menerapkannya dalam analisa sistem campuran gas tak-bereaksi
- Memahami berbagai konsep stabilitas termodinamika (stabilitas termal, mekanika, atau kimia)
- Memahami berbagai persamaan tingkat keadaan dan hukum dasar yang terkait dengan tingkat keadaan jenuh, seperti persamaan van der Waals, aturan kesamaan luas Maxwell, persamaan Clayperon)
- Memahami dan mampu menggunakan persamaan dasar sifat termodinamika sistem kesetimbangan campuran reaktif
- Mampu melakukan analisa termodinamika sistem pembangkit daya uap, gas, maupun hibrida uap-gas.
- Mampu menerapkan berbagai konsep termodinamika radiasi dalam melakukan analisa sistem pemanfaatan radiasi surya, utamanya sistem pengumpul energi surya
- Memahami prinsip kerja sistem kriogenik untuk proses pencairan gas dan mampu melakukan analisa termodinamika sistem demikian
- Mampu menganalisa penukar panas dengan perubahan fasa
- Memahami konsep konduktivitas termal media anisotropik dan persamaan-persamaan konduksi dalam media anisotropik
| - Understand various formulations of the First Law of Thermodynamics for closed and open systems
- Understand the Second Law of Thermodynamics for closed and open systems
- Understand and be able to apply open and closed system exergy equations in system analysis
- Understand the Legendre transformation and be able to apply it in the formulation of thermodynamic property relationship equations
- Understand various equations of thermodynamic properties of ideal and real gas mixtures and be able to apply them in the analysis of non-reacting gas mixture systems
- Understand various concepts of thermodynamic stability (thermal, mechanical, or chemical stability)
- Understand various state level equations and basic laws related to saturated state levels, such as the van der Waals equation, Maxwell's area similarity rule, Clayperon's equation)
- Understand and be able to use the basic equations of thermodynamic properties of reactive mixed equilibrium systems
- Able to carry out thermodynamic analysis of steam, gas and steam-gas hybrid power generation systems.
- Able to apply various concepts of radiation thermodynamics in analyzing solar radiation utilization systems, especially solar energy collection systems
- Understand the working principles of cryogenic systems for the gas liquefaction process and be able to carry out thermodynamic analysis of such systems
- Able to analyze heat exchangers with phase changes
- Understand the concept of thermal conductivity of anisotropic media and conduction equations in anisotropic media
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