modelGS
The bondgraphic linear conductive source element
Extends from Interfaces.TwoPort (Partial model invoking two bondgraphic connectors).
Information
The bondgraphic linear conductive source is a directed TwoPort element. It inherits the effort and flow variables from the directed TwoPort. The conductance is modeled as a parameter.The linear conductive source element is to be used as a replacement for conductors in modeling the thermal behavior of non-thermal systems. The primary side of the linear conductive source element is assumed to not be in the thermal domain.
The conductive source element has free causality on the primary side, and fixed causality on the secondary side. The causality stroke is at the element on the secondary side (a source of entropy, rather than a source of temperature).
Potential variables: e1: Bondgraphic effort variable of inflow f1: Bondgraphic flow variable of inflow, normalized positive for flows into the model e2: Bondgraphic effort variable of outflow f2: Bondgraphic flow variable of outflow, normalized positive for flows out of the model Parameters: G: Conductance (default value = 1)
Equations:
f1 = G*e1
f2 = f1*(e1/e2)
Parameters
| Type | Name | Default | Description |
|---|---|---|---|
| Real | G | 1 | Bondgraphic Cunductance |
Connectors
| Type | Name | Default | Description |
|---|---|---|---|
| BondLib.Interfaces.BondCon | BondCon1 (from TwoPort) | Left bond graph connector | |
| BondLib.Interfaces.BondCon | BondCon2 (from TwoPort) | Right bond graph connector |
Components
| Type | Name | Default | Description |
|---|---|---|---|
| Real | e1 (from TwoPort) | Bondgraphic primary effort | |
| Real | f1 (from TwoPort) | Bondgraphic primary flow | |
| Real | e2 (from TwoPort) | Bondgraphic secondary effort | |
| Real | f2 (from TwoPort) | Bondgraphic secondary flow |