Thermodynamics

thermodynamics banner 3Thermodynamics is both a branch of physics and an engineering science that deals with large scale reactions of a system that can be observed and measures and the relationship between properties such as energy, heat, pressure, temperaturework, etc. on a system.  A physicist is generally intrested in understanding the fundamentals of physics like matter and the laws of thermodynamics.  An engineer is generally intrested in the energy system and its surroundings.  Thermodynamics is mostly based on four universal laws found in the laws of thermodynamics.

There are three thermodynamic systems, open, closed and isolated:

  • Open system freely exchanges energy and matter with its surroundings. 
  • Closed system exchanges only energy with its surroundings, not matter.
  • Isolated system keeps the energy and matter within the system and everything else out.  No transfer in or out.

 

Thermodynamics Subtopics

  • Heat Engine
  • Kinetic Theory

 

Thermodynamics Concepts

  • Boltzman's Constant
  • Conjugate Variables
  • Enthalpy
  • Entropy
  • Equation of State
  • Equipartition Theorem
  • Granular Material
  • Irreversible Process
  • Ising Model
  • Maxwell Relations
  • Mechanical Action
  • Partition Function
  • Pressure
  • Reversible Process
  • Spontaneous Process
  • State Function
  • Statistical Ensermble
  • Temperature
  • Thermodynamic Potential
  • Thermodynamic Processes

 

Mathematics Symbols

 

Nomenclature & Symbols for Engineering, Mathematics, and Science

Display #
Title
Heat Transfer by Radiation
Heat Transfer Coefficient
Heat Transfer Coefficient of a Pipe Wall
Heat Transfer Rate
Henry's Law
High Pressure Steam
Humidity
Ideal Gas Law
Initial Temperature
Initial Volume
Instantaneous Velocity
Internal Energy
Isobaric Process
Isobaric Process - Enthalpy
Isobaric Process - Entropy
Isobaric Process - Entropy in Terms of Pressure and Volume
Isothermal Process
Kelvin
Latent Heat
Laws of Thermodynamics
Linear Thermal Expansion
Linear Thermal Expansion Coefficient
Linear Thermal Restrained Expansion
Liquid Vapor Mixture
Logarithmic Mean Temperature Differential