|Absolute Reference (G)||Reference point at zero absolute temperature and pressure|
|Cap (G)||Gas port terminator with zero flow|
|Constant Volume Chamber (G)||Chamber with fixed volume of gas and variable number of ports|
|Controlled Reservoir (G)||Boundary conditions for gas network at time-varying pressure and temperature|
|Flow Resistance (G)||General resistance in a gas branch|
|Infinite Flow Resistance (G)||Perfectly insulated barrier between gas networks|
|Local Restriction (G)||Restriction in flow area in gas network|
|Pipe (G)||Rigid conduit for gas flow|
|Reservoir (G)||Boundary conditions for gas network at constant pressure and temperature|
|Rotational Mechanical Converter (G)||Interface between gas and mechanical rotational networks|
|Translational Mechanical Converter (G)||Interface between gas and mechanical translational networks|
Steps and guidelines for gas system modeling.
This example shows how to create a simple open-loop gas network and set boundary conditions.
This example shows how to change the gas flow boundary conditions without affecting temperature.