200
5 Modeling of Mechanical Oscillatory Systems …
Fig. 5.68 Graph of the time variation of the disk angular velocity w
// Load Parameters
parameter SI.Mass ML0=10;
// Set Time-Dependent Variables:
SI.Mass ML;
SI.Length e1;
SI.Length e2;
SI.Velocity v1;
SI.Velocity v2;
SI.Velocity v3;
SI.Force F1;
SI.Force F2;
SI.AngularVelocity w;
equation
// For the spring 1:
F1 = k1*e1;
der(e1) = -v1;
// For the spring 2:
F2 = k2*e2;
der(e2) = -v2;
5 Modeling of Mechanical Oscillatory Systems …
Fig. 5.68 Graph of the time variation of the disk angular velocity w
// Load Parameters
parameter SI.Mass ML0=10;
// Set Time-Dependent Variables:
SI.Mass ML;
SI.Length e1;
SI.Length e2;
SI.Velocity v1;
SI.Velocity v2;
SI.Velocity v3;
SI.Force F1;
SI.Force F2;
SI.AngularVelocity w;
equation
// For the spring 1:
F1 = k1*e1;
der(e1) = -v1;
// For the spring 2:
F2 = k2*e2;
der(e2) = -v2;
