TKP4175 Thermodynamic methods

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TKP4175 Thermodynamic methods

• Differential calculus
• Temperature (-)
• Energy (-)
• Max/min theory
• Kinetic gas theory (-)
• Ideal mixture
• Chemical potential
• Heat capacity ()

• Canonical variables
• Conservation laws
• Equations of state
• Differentials
• Equilibrium
• Stability
• Transformations
• State changes

Prerequisits
New concepts
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TKP4175 Thermodynamic methods

• Partial differentiation
• Legendre
• Euler
• U, H, A, G
• Equations of state
• Ideal gas, virial, VDW
• Residual functions
• Maxwell relations

• Heat engines
• Tank filling/depletion
• Compression
• Bernoullis equation
• Speed of sound
• Chemical reactions
• VLE
• Adiabatic combustion

Theory
Applications
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TKP4175 Thermodynamic methods
Theoretical
Practical
Physicist
Chemist
Innovative
Repetitive
Engineer
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TKP4175 Thermodynamic methods

• Thermodynamics is the systematic study of
  macroscopic systems that are homogenous at a
  microscopic level.
• It takes you into the borderland between physical
  chemistry, mechanics and mathematics.
• TKP4175 is one-third theory, one-third
  methodology, and one-third case studies.