 Bioheat Transfer |
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| Stationary |
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| Thermal Perturbation, Frequency Domain |
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| Time Dependent |
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| Heat Transfer in Fluids |
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| Stationary |
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| Thermal Perturbation, Frequency Domain |
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| Time Dependent |
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| Heat Transfer in Packed Beds |
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| Stationary |
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| Thermal Perturbation, Frequency Domain |
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| Time Dependent |
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| Heat Transfer in Pipes |
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| Stationary |
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| Time Dependent |
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| Heat Transfer in Porous Media |
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| Stationary |
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| Thermal Perturbation, Frequency Domain |
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| Time Dependent |
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| Heat Transfer in Solids |
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| Stationary |
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| Thermal Perturbation, Frequency Domain |
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| Time Dependent |
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| Heat Transfer in Solids and Fluids |
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| Stationary |
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| Thermal Perturbation, Frequency Domain |
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| Time Dependent |
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| Local Thermal Nonequilibrium |
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| Stationary |
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| Thermal Perturbation, Frequency Domain |
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| Time Dependent |
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| Lumped Thermal System |
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| Stationary |
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| Time Dependent |
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| Curing reaction |
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| Alpha-Beta Phase Transformation |
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| Austenite Decomposition |
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| Carburization |
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| Metal Phase Transformation |
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| Orbital Thermal Loads |
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| Orbit Calculation |
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| Orbit Thermal Loads |
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| Orbital Temperature |
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| Time Dependent |
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| Radiation in Absorbing-Scattering Media |
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| Stationary |
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| Time Dependent |
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| Radiation in Participating Media |
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| Stationary |
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| Time Dependent |
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| Radiative Beam in Absorbing Media |
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| Stationary |
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| Time Dependent |
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| Surface-to-Surface Radiation |
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| Stationary |
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| Time Dependent |
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| Heat Transfer in Films |
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| Stationary |
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| Thermal Perturbation, Frequency Domain |
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| Time Dependent |
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| Heat Transfer in Fractures |
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| Stationary |
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| Thermal Perturbation, Frequency Domain |
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| Time Dependent |
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| Heat Transfer in Shells |
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| Stationary |
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| Thermal Perturbation, Frequency Domain |
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| Time Dependent |
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| User defined conditions |
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| Time-dependent climate data for 6000+ stations (ASHRAE 2013) |
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| Precipitation rate |
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| Pressure |
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| Relative humidity |
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| Solar irradiance |
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| Temperature |
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| Wind speed |
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| Time-dependent climate data for about 8000 stations (ASHRAE 2017) |
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| Precipitation rate |
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| Pressure |
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| Relative humidity |
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| Solar irradiance |
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| Temperature |
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| Wind speed |
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| Time-dependent climate data for about 8500 stations (ASHRAE 2021) |
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| Precipitation rate |
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| Pressure |
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| Relative humidity |
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| Solar irradiance |
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| Temperature |
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| Wind speed |
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| External Terminal |
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| Heat Rate |
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| Radiative Heat Rate |
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| Temperature |
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| Thermal Mass |
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| Subsystem Definition |
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| Subsystem Instance |
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| Conductive Thermal Resistor |
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| Convective Thermal Resistor |
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| Heat Pipe |
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| Heat Rate Source |
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| Nucleate Boiling Heat Rate |
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| Radiative Thermal Resistor |
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| Thermal Capacitor |
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| Thermoelectric Module |
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| Bioheat |
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| Building |
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| Liquids and Gases |
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| Thermoelectric |
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| Events Timeline |
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| Ground Pointing |
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| Implicit Event |
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| Orbital Parameters |
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| Planet Properties |
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| Spacecraft Axes |
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| Spacecraft Orientation |
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| Sun Properties |
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| Conjugate Heat Transfer |
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| Nonisothermal Flow |
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| Heat Transfer, Advanced |
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| Heat Transfer, Fundamental |
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| Single Phase Flow, Advanced |
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| Single Phase Flow, Fundamental |
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| Heat and Moisture Flow |
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| Heat and Moisture |
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| Moisture Flow |
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| Nonisothermal Flow |
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| Heat Transfer |
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| Moisture Transport |
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| Single Phase Flow |
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| Heat and Moisture Transport |
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| Heat and Moisture |
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| Heat Transfer |
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| Moisture Transport |
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| Heat Transfer with Orbital Thermal Loads |
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| Heat Transfer with Surface-to-Surface Radiation |
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| Heat Transfer in Solids |
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| Orbital Thermal Loads |
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| Heat Transfer with Phase Transformations |
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| Phase Transformation Latent Heat |
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| Heat Transfer in Solids |
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| Metal Phase Transformation |
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| Heat Transfer with Radiation in Absorbing-Scattering Media |
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| Heat Transfer with Radiation in Absorbing-Scattering Media |
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| Heat Transfer in Solids |
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| Radiation in Absorbing-Scattering Media |
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| Heat Transfer with Radiation in Participating Media |
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| Heat Transfer with Radiation in Participating Media |
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| Heat Transfer in Solids |
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| Radiation in Participating Media |
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| Heat Transfer with Radiative Beam in Absorbing Media |
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| Heat Transfer with Radiative Beam in Absorbing Media |
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| Heat Transfer in Solids |
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| Radiative Beam in Absorbing Media |
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| Heat Transfer with Surface-to-Surface Radiation |
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| Heat Transfer with Surface-to-Surface Radiation |
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| Heat Transfer in Solids |
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| Surface-to-Surface Radiation |
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| Induction Heating |
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| Electromagnetic Heating |
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| Electromagnetic Heating, Layered Shell2 |
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| Heat Transfer in Solids, Advanced |
|
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| Heat Transfer in Solids, Fundamental |
|
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| Magnetic fields |
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| Joule Heating |
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| Electromagnetic Heating |
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| Electromagnetic Heating, Layered Shell2 |
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| Electric Currents, Advanced |
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| Electric Currents, Fundamental |
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| Heat Transfer in Solids, Advanced |
|
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| Heat Transfer in Solids, Fundamental |
|
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| Laser Heating |
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| Electromagnetic Heating |
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| Electromagnetic Waves, Beam Envelopes |
|
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| Heat Transfer in Solids, Advanced |
|
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|
| Heat Transfer in Solids, Fundamental |
|
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| Microwave Heating |
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| Electromagnetic Heating |
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| Electromagnetic Waves, Frequency Domain |
|
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| Heat Transfer in Solids, Advanced |
|
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| Heat Transfer in Solids, Fundamental |
|
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| Pyroelectricity |
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| Physics Interfaces |
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| Electrostatics, Advanced |
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| Electrostatics, Fundamental |
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| Heat Transfer in Solids, Advanced |
|
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|
| Heat Transfer in Solids, Fundamental |
|
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| Pyroelectricity |
|
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| Ray Heating |
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| Ray Heat Source |
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| Geometrical Optics |
|
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|
|
| Heat Transfer in Solids, Advanced |
|
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|
|
| Heat Transfer in Solids, Fundamental |
| Steel Quenching |
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|
| Phase Transformation Latent Heat |
|
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| Phase Transformation Strain |
|
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| Austenite Decomposition |
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| Heat Transfer in Solids |
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| Solid Mechanics |
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| Thermoelectric Effect |
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| Electromagnetic Heating |
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| Thermoelectric Effect |
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| Electric Currents |
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| Electric Currents, Advanced |
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| Heat Transfer in Solids |
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| Absorbing-Scattering Medium |
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| Continuity on Interior Boundary |
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| Henyey-Greenstein phase function |
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| Incident Intensity |
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| Isotropic, Linear Anisotropic, and Nonlinear Anisotropic Scattering |
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| Opaque Surface |
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| Periodic Condition |
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| Radiative Source |
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| Semitransparent Surface |
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| Symmetry |
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| Radiation Discretization Method |
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| Discrete Ordinates Method |
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| P1 Approximation |
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| Continuity on Interior Boundary |
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| Henyey-Greenstein phase function |
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| Incident Intensity |
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| Isotropic, Linear Anisotropic, and Nonlinear Anisotropic Scattering |
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| Opaque Surface |
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| Participating Medium |
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| Periodic Condition |
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| Radiative Source |
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| Semitransparent Surface |
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| Symmetry |
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| Radiation Discretization Method |
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| Discrete Ordinates Method |
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| P1 Approximation |
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| Absorbing Medium |
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| Incident Intensity |
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| Opaque Surface |
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| Transparent Surface |
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| Diffuse Mirror |
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| Diffuse Surface |
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| Directional Dependent Properties |
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| Domain Opacity |
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| Fluence Rate Calculation |
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| Opaque Surface, Diffuse-Specular |
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| Prescribed Radiosity |
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| Semi-Transparent Surface |
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| Specular Mirror |
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| Wavelength-dependent Properties |
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| External Radiation Source |
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| Directional Radiation Source |
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| Point Radiation Source |
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| Solar Position |
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| Symmetry |
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| Perpendicular Planes of Symmetry |
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| Plane of Symmetry |
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| Sectors of Symmetry |
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| View Factor Computation Method |
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| Direct area integration |
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| Hemicube |
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| Rayshooting |
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| Axial Symmetry |
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| Boundary Heat Source |
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| Boundary Pair |
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| Deposited Beam Power |
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| Heat Continuity |
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| Inflow |
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| Lumped System Connector |
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| Marangoni effect (multiphysics coupling) |
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| Open Boundary |
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| Outflow |
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| Periodic Heat Condition |
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| Phase Change Interface |
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| Phase Change Interface, Exterior |
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| Surface-to-Ambient Radiation |
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| Symmetry |
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| Temperature |
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| Thermal Connection |
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| Thermal Connection, Surfaces |
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| Thermal Insulation |
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| Thermal Wall Functions, High Viscous Dissipation at Wall |
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| Thermal Wall Functions, Standard |
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| Heat Transfer in Thin Structures |
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| Fluid |
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| Heat Source |
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| Porous Medium |
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| Solid |
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| Temperature |
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| Interface features |
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| Deposited Beam Power, Interface |
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| Heat Flux, Interface |
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| Heat Source, Interface |
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| Lumped System Connector, Interface |
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| Surface-to-Ambient Radiation, Interface |
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| Temperature, Interface |
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| Thermal Connection, Interface-Interface |
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| Thermal contact, Interface |
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| Thermal Insulation, Interface |
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| Fracture |
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| External Temperature |
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| General Fracture |
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| Heat Source |
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| Thermally Thin Approximation |
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| Heat Flux |
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| Convective Heat Flux - forced convection correlations |
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| Convective Heat Flux - natural convection correlations |
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| Convective Heat Flux - user defined |
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| General inward heat flux |
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| Nucleate Boiling Heat Flux |
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| Overall heat transfer rate |
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| Isothermal Domain Interface |
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| Continuity |
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| Convective heat flux |
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| Nucleate boiling heat flux |
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| Thermal contact |
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| Thermal insulation |
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| Ventilation |
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| Thermal Contact |
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| Constriction conductance with interstitial gas |
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| Equivalent thin resistive layer |
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| Thin Film |
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| External Temperature |
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| General Film |
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| Heat Source |
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| Thermally Thin Approximation |
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| Thin Layer |
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| External Temperature |
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| General Layer |
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| Heat Source |
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| Thermal Contact, Interface |
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| Thermally Thick Approximation, Multiple Layers |
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| Thermally Thick Approximation, Single Layer |
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| Thermally Thin Approximation |
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| Symmetry |
| Thermal Connection, Edges |
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| Thermal Insulation, Edge |
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| Thin Rod |
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| Heat Transfer in Thin Structures |
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| Continuity |
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| Heat Flux |
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| Heat Source |
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| Lumped System Connector |
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| Surface-to-Ambient Radiation |
|
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| Symmetry |
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| Temperature |
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| Thermal Insulation |
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| Line and Point Heat Source |
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| distributed with a specified radius |
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| punctual |
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| Thin Layer, Thin Film and Fracture |
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| Heat Flux |
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| Shell Continuity |
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| Surface-to-Ambient Radiation |
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| Temperature |
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| Wall Heat Transfer for Heat Transfer in Pipes |
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| External and Internal Film Resistance |
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| Wall Layer |
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| Battery Layers |
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| Building Material |
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| Cell Periodicity |
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| Heat Source |
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| Heat Sources, Electrochemical Reactions and Joule Heating |
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| Infinite Domain Modeling with Infinite Elements |
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| Isothermal Domain |
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| Optically Thick Participating Medium, Rosseland approximation |
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| Out-of-plane Heat Transfer |
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| Pressure Work |
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| Shape Memory Alloy2 |
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| Solid with Translational Motion |
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| Thermoelastic Damping |
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| Viscous Dissipation |
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| Biological Tissue |
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| Bioheat Source |
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| Damage in Biological Tissue |
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| Fluid |
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| Nusselt-based correlation for effective thermal conductivity |
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| Phase Change Material |
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| Irreversible Transformation |
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| Arrhenius kinetics |
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| Temperature threshold |
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| User defined |
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| Moist Air |
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| Nusselt-based correlation for effective thermal conductivity |
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| Moist Porous Medium |
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| Liquid Water |
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| Moist Air |
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| Porous Matrix |
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|
| Volume Averaging of Material Properties in Porous Media |
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| Porous Medium |
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| Geothermal Heating |
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| Immobile Fluids |
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| Local Thermal Equilibrium |
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| Local Thermal Nonequilibrium |
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| Packed bed |
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| Porous Matrix |
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| Thermal Dispersion |
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|
| Volume Averaging of Material Properties in Porous Media |
|
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| Fluid |
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| Phase Change Material |
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| Pressure Work |
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| Viscous Dissipation |
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| Solid |
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| Deformation Model for Thermal Conductvity |
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| Irreversible Transformation |
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| Phase Change Material |
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| Gas/Liquid |
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| Ideal Gas |
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Bioheat Transfer