Applying ADAMS/View software in investigating dynamic characteristics of vibratory sifters
Abstract
The vibratory sifter is one of the devices used to separate different particle sizes of material mixture into separate particle sizes [1], thus this device has attracted interest from scientists aiming to do research and make improvements. Currently, simulation dynamics is always a prerequisite to prepare actual fabrication work. Therefore, the application of ADAMS / View software to examine vibratory sifter dynamics, which is designed by the author of this article, plays an important role. This article investigates the velocity, accelerometer and natural frequency of the sifter frame; the findings show that the model works in a simulation environment in consistency with the theory, thereby verifying the model’s relliability, which can be applied to the production of an actual model. The results provide a certain reference value for vibratory sifter designs in particular and the field of mechanical design in general.
Moraref