Mathematical Modelling of the Classic Dynamical System of Beam and Sphere Using Pneumatic Actuator
Abstract
This research presents a mathematical model of the classic system of beam and sphere using pneumatic actuator. In the work, models are developed for the plant, a pneumatic double effect cylinder and its proportional valve. These models are obtained from the equations of Lagrange, kinematics of mechanisms, the law for the ideal gas, energy equation for an open system, equation of continuity for the mass flow rate, and equation of the nozzle. The non linear effects produced by the compressed air flow dynamics and the friction between the piston and the cylinder walls are considered to develop the model equations. The model is validated by means of simulation in Matlab Simulink
Downloads
Copyright
La Revista Técnica de la Facultad de Ingeniería declara que los derechos de autor de los trabajos originales publicados, corresponden y son propiedad intelectual de sus autores. Los autores preservan sus derechos de autoría y publicación sin restricciones, según la licencia pública internacional no comercial ShareAlike 4.0