Wolfram Demonstrations Project
Thermodynamics
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Demonstrations 61 - 80 of 150
Steady-State 1D Conduction through a Composite WallThermal Distribution in an Optical Fiber with Heat SourceOtto CycleMaxwell's DemonHeat Transfer and the Second Law of Thermodynamics
Steady-State 1D Conduction through a Composite Wall
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 RodGibbs Phenomenon in Laplace's Equation for Heat TransferExperiment on Heat ConductionFinite Difference Scheme for the Heat EquationStefan-Boltzmann Law
Heat Transfer along a Rod
Gibbs Phenomenon in Laplace's Equation for Heat Transfer
Experiment on Heat Conduction
Finite Difference Scheme for the Heat Equation
Stefan-Boltzmann Law
Joule Experiment on Free ExpansionConvectionExperiment Verifying Charles's LawSpectral Distribution of Total Energy Emitted by a Black Body versus TemperatureHeat Exchanger Effectiveness
Joule Experiment on Free Expansion
Convection
Experiment Verifying Charles's Law
Spectral Distribution of Total Energy Emitted by a Black Body versus Temperature
Heat Exchanger Effectiveness
Gradient of Ground Temperature in Response to Cold WindsMeasuring the Specific Heat of a Substance with a CalorimeterSteady-State Temperature Profile of Two-Layer PipeReciprocating Compressor with an IntercoolerClausius-Clapeyron Equation for Some Common Liquids
Gradient of Ground Temperature in Response to Cold Winds
Measuring the Specific Heat of a Substance with a Calorimeter
Steady-State Temperature Profile of Two-Layer Pipe
Reciprocating Compressor with an Intercooler
Clausius-Clapeyron Equation for Some Common Liquids

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