Chemical Engineering Thermodynamics (I)
- Introduction:
- Introduction to thermodynamics
- Substantial quantities
- The first law of thermodynamics
- Introduction
- Principles of thermodynamics states
- Thermodynamics functions
- Functions state
- Enthalpy
- The first law of thermodynamics 2
- Steady state flow
- Phase rule
- Reversible process
- Heat capacity
- The first law of thermodynamics for processes with ideal gas
-Ideal gas
- Ideal gas law
- Processes with constant volume
- Processes with constant pressure
- Polytropic processes
- Pressure- volume- temperature properties 1:
- PVT relations
- PVT relations for pure fluids
- PVT relations 2 :
- Gases relations
- Corresponding state principles for gases mixtures
- Liquids behavior
- Heat phenomena 1:
- Heat phenomena
- Gases heat capacity as a function of temperature
- Specific heat for liquis and solids
- Heat effects along with phase change
- Heat phenomena 2 :
- Reaction standard heat
- Formation standard heat for substance
- Combustion standard heat
- Temperature effect on reaction standard heat
- Industries reaction phenomena
- Heat effect for mixing processes
- The second law of thermodynamics :
- The second law of thermodynamics
- Heat engines
- Various fluids
- The second law for absolute temperature scale
- Ideal work temperature
- Thermodynamics properties of fluids :
- Thermodynamics properties of fluids
- Thermodynamics properties relationships
- Thermodynamics properties for single phase
- Thermodynamics properties of fluids 2 :
- Two phases regions
- The types of thermodynamics plot
- Related tables
- The general relations of the thermodynamic properties
- Thermodynamics properties of fluids 3 :
- Gases properties
- Thermodynamics properties of mixture and solution
- Variant composition
- Real properties for mixtures
- Gases mixture
- Thermodynamics properties in liquid phase
- The corresponding state principles :
- Corresponding state principles and correlations in reduced form
- Three parameters relations
- Numerical examples in various hydrocarbons by using various equations of state
- Thermodynamics property and relations for pure fluids1:
- Methods of estimation of thermodynamic properties from pressure, volume and temperature
- Excess properties
- Thermodynamic properties for two and three phase systems
- Thermodynamics property and relations for pure fluids 2:
- Types of thermodynamic diagrams such as P-H, T-S, H-S
- Thermodynamic properties tables
- Steam tables, etc