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SIMPLORER User Manual V6.0 - FER-a

SIMPLORER User Manual V6.0 - FER-a

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10<br />

324 Physical Domains<br />

Dialog Settings<br />

� «Velocity [m/s]»«Angular Velocity [rad/s]»<br />

The linear velocity source is selected. Common parameter type. Enter a numerical value, a<br />

variable, or an expression in the text box or use the pin to connect a quantity.<br />

� � «Use pin»<br />

If the box is checked, the value is defined by the quantity connected to the pin, otherwise the<br />

value in the text box is used.<br />

� «Time Controlled»<br />

The time-controlled velocity source is selected. In the list, select a time function and define<br />

the corresponding parameters. See also “Using Time Functions” on page 275.<br />

� In the list, select the sine, pulse, triangular, trapezoidal, saw-tooth rising, or saw-tooth falling<br />

time function.<br />

Linear Velocity Source<br />

ds<br />

dt<br />

= vt () = VALUE<br />

The velocity is equivalent to the present value of the quantity specified in the text box. Usually<br />

a constant value, a time function, or a variable are chosen, or the value is determined in<br />

a state graph. All system quantities and variables can be combined with mathematical and<br />

logical operators and constants.<br />

The force/torque through an ideal position/angle source can be arbitrary. Real force/torque<br />

sources have always an internal resistance. If the internal resistance is essential for the simulation<br />

target, a corresponding resistance must be connected in series.<br />

Component Parameters<br />

Description [Unit] Parameter Name Data Type<br />

Velocity [m/s]/Angular Velocity [rad/s] VALUE/VALUE real<br />

Component Outputs<br />

Description [Unit] Parameter Name Data Type<br />

Displacement [m]/Angle [rad] S/PHI real<br />

Force [N]/Torque [Nm] F/M real<br />

Velocity [m/s]/Angular Velocity [rad/s] V/OMEGA real<br />

Component Nodes<br />

Description Node Name Nature<br />

Pin Velocity Source TRB1/TR1 translational/<br />

translational_v<br />

Pin Angular Velocity Source ROTB1/ROT1 rotational/<br />

rotational_v<br />

dϕ<br />

dt<br />

= ω() t =<br />

VALUE

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