School of Engineering - Department of Chemical Engineering

( 0915321)Chemical Engineering Thermodynamics (1)

• Course Description :
  Introduction to engineering thermodynamics. Application of first law of thermodynamics: conservation of energy, control volume analysis (steady and unsteady analysis), flow and work applications. Applications of the second law of thermodynamics: reversible and irreversible processes, entropy relations (control mass & volume analysis), isentropic processes. Component efficiencies: turbines, compressors, pumps, and nozzles efficiency. Thermodynamic cycles and common energy systems: Heat engine cycles, external and internal heat transfer cycles, Rankin cycle, refrigeration, and air conditioning cycles. Thermodynamic Properties of Fluids:  Analytical and generalized equations of state. Departure functions based on analytical and generalized relationships. Relationships among thermodynamic properties.
  
• Pre Request : 0905212,0303241
• Credit Hour :3
• Department : Chemical Engineering
• Program : BSc. Chemical Engineering
• Course Level :Third year
• Course Outline :

  CHE-0915321-Chemical Engineering Thermodynamics (1)-Sep-2021-Fall.pdf