T for a temperature
variable)._a, _b or
_p, _n, e.g., Flange_a,
Flange_b, HeatPort_a,
HeatPort_b.In the following table typical variable names are listed. This list should be completed.
| Variable | Quantity | 
|---|---|
| a | acceleration | 
| A | area | 
| C | capacitance | 
| d | damping, density, diameter | 
| dp | pressureDrop | 
| e | specificEntropy | 
| E | energy, entropy | 
| eta | efficiency | 
| f | force, frequency | 
| G | conductance | 
| H | enthalpy | 
| h | height, specificEnthalpy | 
| HFlow | enthalpyFlow | 
| i | current | 
| J | inertia | 
| l | length | 
| L | Inductance | 
| m | mass | 
| M | mutualInductance | 
| mFlow | massFlow | 
| P | power | 
| p | pressure | 
| Q | heat | 
| Qflow | heatFlow | 
| r | radius | 
| R | radius, resistance | 
| t | time | 
| T | temperature | 
| tau | torque | 
| U | internalEnergy | 
| v | electricPotential, specificVolume, velocity, voltage | 
| V | volume | 
| w | angularVelocity | 
| X | reactance | 
| Z | impedance |