This paper proposes a multibody system (MBS) procedure for a novel aperture grating device which considered as a rigid-flexible multibody system. The MBS model is constructed based on the load assumptions due to grating movement. This movement can be utilized in laser generation and its consequent applications involve precision measuring instruments, optical communication and many other applications. The MBS model is used to estimate the system accelerations, static as well as dynamic loads based on the obtained Lagrange multipliers. According to the dynamic behavior and the generated forces, the mechanical design process of the grating device can be implemented with trade offs optimization in terms of grating parameters. The numerical manipulations of a proposed grating device are presented using MATLAB symbolic toolbox with very good results regarding the positioning precision, stabilit |
