Method 1: Flow-Driven Motion
In flow-driven motion, the object moves (or stops) in response to fluid impingement or resistance. The object can move along a defined path, or in the case of fully unconstrained motion, freely.
A comprehensive set of physical attributes are available to define flow-driven motion:
a. Range and extent of the motion
b. Driving and resistive forces and torque
c. Initial linear and/or angular velocity
Method 2: Mechanically-Driven Motion
In many devices, objects in motion do not react to the flow, but instead move in a completely specified direction over a defined distance. In other words, a motor or other mechanism causes the object to move (slide, rotate, oscillate, etc.), and the flow reacts to it.
The CFdesign Motion Module provides a comprehensive set of tools for defining this type of motion, including:
a. Constant velocity motion
b. Definition of reciprocating or oscillating motion
c. Tabular specification of position as a function of time.
d. Constant or time-varying rotational speed
Download Detailed PDF |
View All Product PDFs