2009•Machinery Design and ManufactureRequires access

Parametric modeling and dynamic simulation of three-roll mill transmission based on virtual prototyping

Bin Li

Abstract

The results showed that the meshing force of involute gears in the meshing process was obviously dynamic,and when gear accuracy remains unchanged,the fluctuation range of dynamic load and the vibration of transmission increased with the rise of the rotational velocity of gears,and that the rolling productivity couldn't be increased by only the rise of rolling speed.Good coincidence between simulation results and theoretic calculated values proves that the virtual prototype is reliable and the simulation results are correct.

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Available abstract

Key concepts: Virtual prototyping, Dynamic simulation, Vibration, Transmission (telecommunications), Process (computing), Parametric statistics, Engineering, Range (aeronautics)