Wolfram Demonstrations Project
Thermodynamics
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Demonstrations 21 - 40 of 126
First-Order Solution to Glass-Ice Stefan ProblemTemperature Dependence of Equilibrium Constant for Reaction of Water and Carbon Monoxide to Carbon Dioxide and HydrogenBimetallic StripApproach of a System of Particles towards Thermal EquilibriumComputation of Radiative Transfer
First-Order Solution to Glass-Ice Stefan Problem
Temperature Dependence of Equilibrium Constant for Reaction of Water and Carbon Monoxide to Carbon Dioxide and Hydrogen
Bimetallic Strip
Approach of a System of Particles towards Thermal Equilibrium
Computation of Radiative Transfer
Symmetry Breaking in the Perovskite SrTiO3The Semenov ModelNewcomen Steam EngineGalileo ThermometerTemperature and Entropy of a Black Hole
Symmetry Breaking in the Perovskite SrTiO3
The Semenov Model
Newcomen Steam Engine
Galileo Thermometer
Temperature and Entropy of a Black Hole
Joule Wire HeaterOperation of Heat ExchangersThermodynamic Properties of Acetylene Using Cubic Equations of StateTransient Heat Conduction with Temperature-Dependent Thermal ConductivitySteady-State 1D Conduction through a Composite Wall
Joule Wire Heater
Operation of Heat Exchangers
Thermodynamic Properties of Acetylene Using Cubic Equations of State
Transient Heat Conduction with Temperature-Dependent Thermal Conductivity
Steady-State 1D Conduction through a Composite Wall
Thermal Distribution in an Optical Fiber with Heat SourceOtto CycleMaxwell's DemonHeat Transfer and the Second Law of ThermodynamicsHeat Transfer along a Rod
Thermal Distribution in an Optical Fiber with Heat Source
Otto Cycle
Maxwell's Demon
Heat Transfer and the Second Law of Thermodynamics
Heat Transfer along a Rod

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