modelIdealCircuit
Lorenz equations for atmospheric convection
Extends from Modelica.Icons.Example (Icon for runnable examples).
Information
See documentation of the enclosing subpackage.
Parameters
| Type | Name | Default | Description |
|---|---|---|---|
| Real | sigma | 10 | Prandtl |
| Real | rho | 28 | Rayleigh |
| Real | beta | 1/3 | height of fluid: try 8/3 for chaotic solution |
| Real | kx | 50 | Scaling factor x |
| Real | ky | 50 | Scaling factor y |
| Real | kz | 100 | Scaling factor z |
| SI.Time | Tau | 1 | Scaling time |
| SI.Voltage | Vs | 10 | Limiting supply voltage |
| SI.Resistance | R | 10e3 | Output resistance of amplifiers |
| SI.Capacitance | C | 1e-6 | Capacitor of integrators |
| SI.Resistance | Rxx | Tau/C/(sigma) | |
| SI.Resistance | Rxy | Tau/C/(sigma*ky/kx) | |
| SI.Resistance | Ryx | Tau/C/(rho*kx/ky) | |
| SI.Resistance | Ryy | Tau/C | |
| SI.Resistance | Ryxz | Tau/C/(kx*kz/ky*Vs/unitV) | |
| SI.Resistance | Rzz | Tau/C/(beta) | |
| SI.Resistance | Rzxy | Tau/C/(kx*ky/kz*Vs/unitV) |