Standar Kompetensi :
Mahasiswa dapat memahami dan menguasai teori dasar Termodinamika serta mampu menerapkan dalam permasalahan Termodinamika Teknik
Kompetensi Dasar :
Mahasiswa memahami konsep-konsep dasar dan definisi termodinamika serta metodologi pemecahan masalah pada termodinamika teknik.
Indikator :
- Mahasiswa dapat menjelaskan definisi system, boundary, surrounding, state, process, extensive dan intensive properties, equilibirium.
- Mahasiswa dapat menggunakan system satuan SI dan English Engineering serta mengkonversi satuan
- Dapat mengetahui skala temperature, celcius, Kelvin, Fahrenheit dan Rankine.
- Dapat memahami konsep temperatur dan Tekanan
- Dapat menggunakan Metodologi pemecahan Masalah
Aplikasi Termodinamika
- Steam Power Plant
- Fuel Cell
- The Vapor-Compression Refrigeration Cycles
- The Thermoelectric Refrigerator
- Turbine Gas
- Internal Combustion Engine
- BioMedical Application
- Others
DIMENSION & Units
- Si Units
- English Engineering Units
SYSTEM
- System
- Closed System
- Open System
- Steady-Flow System
- Unsteady-Flow System(Transient)
- Simple, Compressible System
PROPERTIES OF a SYSYTEM
- Properti
- Extensive property
- Intensive property
- Specifik Property
- State
- State Postulate
- Equilibrium
- Mechanical equilibrium
- Thermal Equilibrium
- Chemical Equilibrium
- Phase Equilibrium
- Quasi-Equilibrium
PROCESSES
- Proses
- Isobarik Proses
- Isothermal Proses
- IsoMetrik Proses
- Process Path
- Energy Kinetik
- Energi Potensial
- Energi Kimia
- Energi Nuklir
- Energi Listrik
- Energi Dalam
- Dan lain-lain
TEMPERATURE
- Temperatur
- The Zeroth Law Of Thermodynamics
- Temperature Scales
- Termometer
- Tekanan
- Gage & Absolute Pressure
- Manometer
- Clearly State & Understand the Problem
- Clearly Identify the System
- List Given Information
- Identify the Processes That the system Undergoes
- State Any Assumption or Conditions
- Apply the Concervation & other Approriate Principles
- Draw of Process Diagram
- Obtain Property Data & Complete the System
- Reasoning, Verification & Discussion
Daftar literature/Referensi/Bahan ajar
- Cengel, Yunus A. 2011. Thermodynamics : An Engineering Approach.7th edition.Mc.Graw-Hill.Inc.New York.
- Moran, Michael J.Shapiro, Howard N. 2011. Fundamental Of Engineering Thermodynamics, Seven Edition. Jhon Wiley & Sons. Inc.
- Balmer, Robert T. 2011. Modern Engineering Thermodynamics. ElSevier.Inc.
- Sonntag, Richard E, 2009. Fundamental of Thermodynamics, 7Ed. Jhon Wiley & Sons.Inc
Literatur tambahan :