WOLFRAM SYSTEM MODELER

Port_b

Port for hydraulic fluid (unfilled icon)

Wolfram Language

In[1]:=
SystemModel["Hydraulic.Interfaces.Port_b"]
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Information

This is a hydraulic connector with pressure and mass flow rate.

Connector Variables (1)

p

Causality: None

Type: Pressure (Pa)

Description: Pressure in port

Flow Variables (1)

mdot

Type: MassFlowRate (kg/s)

Description: Mass flow rate through port

Used in Components (28)

V63

Hydraulic.Valves.DirectionalControl.Internal

Partial valve with six ports and three states

DCVH33

Hydraulic.Valves.DirectionalControl.HydraulicActuation

Hydraulically actuated proportional control valve with three ports and three states

DCVH43ClosedCenter

Hydraulic.Valves.DirectionalControl.HydraulicActuation

Hydraulically actuated proportional control valve with four ports and three states

DCVH43DiagonalCenter

Hydraulic.Valves.DirectionalControl.HydraulicActuation

Hydraulically actuated proportional control valve with four ports and three states

DCVH43FloatingCenter

Hydraulic.Valves.DirectionalControl.HydraulicActuation

Hydraulically actuated proportional control valve with four ports and three states

DCVH43OpenCenter

Hydraulic.Valves.DirectionalControl.HydraulicActuation

Hydraulically actuated proportional control valve with four ports and three states

DCVH43TandemCenter

Hydraulic.Valves.DirectionalControl.HydraulicActuation

Hydraulically actuated proportional control valve with four ports and three states

DCVH63

Hydraulic.Valves.DirectionalControl.HydraulicActuation

Hydraulically actuated proportional control valve with four ports and three states

ThreeWayFlowControlValve

Hydraulic.Valves.FlowControl

Assembly with a restriction and a pressure compensating valve

PressureCompensatingValveNormallyOpen

Hydraulic.Valves.PressureControl.Internal

Static pressure compensating valve

PressureCompensatingValveNormallyClosed

Hydraulic.Valves.PressureControl.Internal

Static pressure compensating valve

PressureCompensatingValveNormallyOpen

Hydraulic.Valves.PressureControl

Pressure valve, controlled by the pressure difference between the ports

PressureCompensatingValveNormallyClosed

Hydraulic.Valves.PressureControl

Pressure valve, controlled by the pressure difference between the ports

CylinderDoubleFriction

Hydraulic.Cylinders

Same as CylinderDouble but with more friction types added, like Stribeck friction. This model also has external leakage.

CylinderEqualAreaSpring

Hydraulic.Cylinders

Same as CylinderDoubleFriction but with springs that move the cylinder back to the center position

Pipe

Hydraulic.Restrictions.Pipes

Model of steady, laminar flow through a pipe

FourPort

Hydraulic.Interfaces

Model with four connectors

TwoPortStatic

Hydraulic.Interfaces

Model with two connectors (static components)

TwoPort

Hydraulic.Interfaces

Model with two connectors (dynamic components)

ThreePort

Hydraulic.Interfaces

Model with three connectors

ThreePort_2

Hydraulic.Interfaces

Model with three connectors

TwoPort_2

Hydraulic.Interfaces

Model with two connectors (dynamic components)

TwoPortStatic_2

Hydraulic.Interfaces

Model with two connectors (static components)

TwoPortPilot

Hydraulic.Interfaces

Model with two connectors and a pilot port (dynamic components)

SpoolH

Hydraulic.Utilities

Model of a hydraulic spool

SpoolHPilotOperated

Hydraulic.Utilities

Model of a hydraulic spool

SpoolHDoublePilotOperated

Hydraulic.Utilities

Model of a hydraulic spool

PressureDependentFriction

Hydraulic.Utilities

Model of pressure dependent friction, used in cylinder models