Research on Vibration Control of High-Speed Press Frame Structure

Xiang Zheng; Jing Lin Yao; Jun Ling Wang

doi:10.4028/www.scientific.net/AMM.226-228.308

Paper Titles

The Modal Analysis of the Rotor of Electric Eddy Current Dynamometer Based on ADAMS
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The Design and Prestressed Modal Analysis for Megawatt-Class Wind Turbine Rotor
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Finite Element Modeling and Modal Analysis of Coilable Mast
p.299

Modal Identification Based on Hilbert Transform for Time-Varying System
p.303

Research on Vibration Control of High-Speed Press Frame Structure
p.308

A Detection Technology for Weak Vibration Signal Based on Independent Component Analysis
p.312

Reconstruction of Sound Field Based on Mono-Poles Array Modes
p.316

Study on the Mechanism of Vibration Reduction by Variable Speed Cutting
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Study on Ambulance Stretcher Vibration Isolation System
p.324

HomeApplied Mechanics and MaterialsApplied Mechanics and Materials Vols. 226-228Research on Vibration Control of High-Speed Press...

Research on Vibration Control of High-Speed Press Frame Structure

Abstract:

High-speed press is pressure processing equipment that can form parts in high-speed operation conditions. In this paper, in order to improve machining accuracy, analyze ant-vibration performance using finite element method; analyze vibration effect of complete machine and combination machine with steel and cast iron material respectively. Observe vibration reduction in different screw pre-tightening force; Select the best body structure to do modal analysis. If the experimental results and the FEM results are the same, state the validity of the model. In dynamic characteristics simulation analysis, it’s more accurate when considering the effect of material and pre-tightening force.