Thermodynamics Basics - Materials Engineers

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Table of Contents:

First Law of Thermodynamics
Second Law of Thermodynamics
Third Law of Thermodynamics
Absorbed Solar Radiation
Carnot Efficiency
Coefficients of Cubical Expansion of Liquids
Coefficients of Linear Expansion
Conductive Heat Transfer
Convective Heat Transfer
Cooling Mode and Heat Flux
Critical Points some common Substances
Density of Fluids
Diffusion Coefficients
Dowtherm A
Efficiency
Emissivity Coefficients
Energy
Energy Conversion Factors
Energy Density
Energy Storage in Water
Energy Transfer Equation
Freezing Mixtures
Freezing Points
Heat Capacity
Heat Storage in Materials
Heat Transfer Coefficients in Heat Exchangers
Heat, Work and Energy
Heating Up Applications - Energy Required
Heating Value
Latent Heat of Melting
Overall Heat Transfer Coefficient
Power Plant Performance Factors
Properties and State
Radiation Constants
Radiation Emissivity
Radiation Heat Emissivity for Aluminum
Rankine Efficiency
Resistivity from Conductivity
Salt Hydrates - Melting points and Latent Energy
Specific Heat Capacity
Standardized Enthalpies and Entropies
Temperature Expansion Coefficients
Thermal Conductance Conversion Factors
Thermal Conductivities of Heat Exchanger Materials
Thermal Conductivity
Thermal Expansion - Linear
Thermal Expansion - Volumetric or Cubic
Thermal Transmittance
Thermodynamic Terms
Units of Heat
Water - Temperature and Specific Gravity
Zeroth Law of Temperature


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