SCOPUS eid=2-s2.0-7544220237 - In this paper, a CAD environment for the simulation of pneumatic actuator servo-systems is described. The simulation environment is based on a gas-dynamic model that is solved by means of a numerical integration method. The simulation algorithm has been developed through a general- purpose language. This code is linked to a kinetic-dynamic simulator (MSC Visual NASTRAN Desktop), which provides accurate information on the actuator motion (the kinetic and the dynamic). The software environment has been encapsulated in a friendly user interface by means of Visual Basic. The actuator geometry, control system parameters, as well boundary, conditions, can be defined almost arbitrarily.
A CAD environment for the numerical simulation of servo pneumatic actuator systems
ANGLANI, Alfredo;GRIECO, Antonio Domenico;PACELLA, Massimo
2002-01-01
Abstract
SCOPUS eid=2-s2.0-7544220237 - In this paper, a CAD environment for the simulation of pneumatic actuator servo-systems is described. The simulation environment is based on a gas-dynamic model that is solved by means of a numerical integration method. The simulation algorithm has been developed through a general- purpose language. This code is linked to a kinetic-dynamic simulator (MSC Visual NASTRAN Desktop), which provides accurate information on the actuator motion (the kinetic and the dynamic). The software environment has been encapsulated in a friendly user interface by means of Visual Basic. The actuator geometry, control system parameters, as well boundary, conditions, can be defined almost arbitrarily.I documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.
