Package Modelica.​Thermal.​FluidHeatFlow.​Media
Medium properties

Information

This package contains definitions of medium properties.

Extends from Modelica.​Icons.​MaterialPropertiesPackage (Icon for package containing property classes).

Package Contents

NameDescription
Air_30degCMedium: properties of air at 30 degC and 1 bar
Air_70degCMedium: properties of air at 70 degC and 1 bar
Gylcol20_20degCMedium: properties of glycol:water 20:80 at 20 degC and 1 bar
Gylcol50_20degCMedium: properties of glycol:water 50:50 at 20 degC and 1 bar
MediumRecord containing media properties
MineralOilMedium: properties of mineral oil at 60 degC and 1 bar
WaterMedium: properties of water at 30 degC and 1 bar
Water_10degCMedium: properties of water at 10 degC and 1 bar
Water_90degCMedium: properties of water at 90 degC and 1 bar

Record Modelica.​Thermal.​FluidHeatFlow.​Media.​Medium
Record containing media properties

Information

Record containing (constant) medium properties.

Extends from Modelica.​Icons.​Record (Icon for records).

Fields

TypeNameDescription
parameter DensityrhoDensity
parameter SpecificHeatCapacitycpSpecific heat capacity at constant pressure
parameter SpecificHeatCapacitycvSpecific heat capacity at constant volume
parameter ThermalConductivitylamdaThermal conductivity
parameter KinematicViscositynueKinematic viscosity

Record Modelica.​Thermal.​FluidHeatFlow.​Media.​Air_30degC
Medium: properties of air at 30 degC and 1 bar

Information

Medium: properties of air at 30°C and 1 bar

Extends from Modelica.​Thermal.​FluidHeatFlow.​Media.​Medium (Record containing media properties).

Fields

TypeNameDescription
parameter DensityrhoDensity
parameter SpecificHeatCapacitycpSpecific heat capacity at constant pressure
parameter SpecificHeatCapacitycvSpecific heat capacity at constant volume
parameter ThermalConductivitylamdaThermal conductivity
parameter KinematicViscositynueKinematic viscosity

Record Modelica.​Thermal.​FluidHeatFlow.​Media.​Air_70degC
Medium: properties of air at 70 degC and 1 bar

Information

Medium: properties of air at 70°C and 1 bar

Extends from Modelica.​Thermal.​FluidHeatFlow.​Media.​Medium (Record containing media properties).

Fields

TypeNameDescription
parameter DensityrhoDensity
parameter SpecificHeatCapacitycpSpecific heat capacity at constant pressure
parameter SpecificHeatCapacitycvSpecific heat capacity at constant volume
parameter ThermalConductivitylamdaThermal conductivity
parameter KinematicViscositynueKinematic viscosity

Record Modelica.​Thermal.​FluidHeatFlow.​Media.​Water_10degC
Medium: properties of water at 10 degC and 1 bar

Information

Medium: properties of water at 10°C and 1 bar

Extends from Modelica.​Thermal.​FluidHeatFlow.​Media.​Medium (Record containing media properties).

Fields

TypeNameDescription
parameter DensityrhoDensity
parameter SpecificHeatCapacitycpSpecific heat capacity at constant pressure
parameter SpecificHeatCapacitycvSpecific heat capacity at constant volume
parameter ThermalConductivitylamdaThermal conductivity
parameter KinematicViscositynueKinematic viscosity

Record Modelica.​Thermal.​FluidHeatFlow.​Media.​Water
Medium: properties of water at 30 degC and 1 bar

Information

Medium: properties of water at 30°C and 1 bar

Extends from Modelica.​Thermal.​FluidHeatFlow.​Media.​Medium (Record containing media properties).

Fields

TypeNameDescription
parameter DensityrhoDensity
parameter SpecificHeatCapacitycpSpecific heat capacity at constant pressure
parameter SpecificHeatCapacitycvSpecific heat capacity at constant volume
parameter ThermalConductivitylamdaThermal conductivity
parameter KinematicViscositynueKinematic viscosity

Record Modelica.​Thermal.​FluidHeatFlow.​Media.​Water_90degC
Medium: properties of water at 90 degC and 1 bar

Information

Medium: properties of water at 90°C and 1 bar

Extends from Modelica.​Thermal.​FluidHeatFlow.​Media.​Medium (Record containing media properties).

Fields

TypeNameDescription
parameter DensityrhoDensity
parameter SpecificHeatCapacitycpSpecific heat capacity at constant pressure
parameter SpecificHeatCapacitycvSpecific heat capacity at constant volume
parameter ThermalConductivitylamdaThermal conductivity
parameter KinematicViscositynueKinematic viscosity

Record Modelica.​Thermal.​FluidHeatFlow.​Media.​Gylcol20_20degC
Medium: properties of glycol:water 20:80 at 20 degC and 1 bar

Information

Medium: properties of glycol:water 20:80 (anti-freeze -8°C) at 20° and 1 bar

Extends from Modelica.​Thermal.​FluidHeatFlow.​Media.​Medium (Record containing media properties).

Fields

TypeNameDescription
parameter DensityrhoDensity
parameter SpecificHeatCapacitycpSpecific heat capacity at constant pressure
parameter SpecificHeatCapacitycvSpecific heat capacity at constant volume
parameter ThermalConductivitylamdaThermal conductivity
parameter KinematicViscositynueKinematic viscosity

Record Modelica.​Thermal.​FluidHeatFlow.​Media.​Gylcol50_20degC
Medium: properties of glycol:water 50:50 at 20 degC and 1 bar

Information

Medium: properties of glycol:water 50:50 (anti-freeze -40°C) at 20°C and 1 bar

Extends from Modelica.​Thermal.​FluidHeatFlow.​Media.​Medium (Record containing media properties).

Fields

TypeNameDescription
parameter DensityrhoDensity
parameter SpecificHeatCapacitycpSpecific heat capacity at constant pressure
parameter SpecificHeatCapacitycvSpecific heat capacity at constant volume
parameter ThermalConductivitylamdaThermal conductivity
parameter KinematicViscositynueKinematic viscosity

Record Modelica.​Thermal.​FluidHeatFlow.​Media.​MineralOil
Medium: properties of mineral oil at 60 degC and 1 bar

Information

Medium: properties of mineral oil at 60°C and 1 bar

Extends from Modelica.​Thermal.​FluidHeatFlow.​Media.​Medium (Record containing media properties).

Fields

TypeNameDescription
parameter DensityrhoDensity
parameter SpecificHeatCapacitycpSpecific heat capacity at constant pressure
parameter SpecificHeatCapacitycvSpecific heat capacity at constant volume
parameter ThermalConductivitylamdaThermal conductivity
parameter KinematicViscositynueKinematic viscosity

Generated 2018-12-12 12:14:33 EST by MapleSim.