Modal Analysis and Experimental Research of Marine Gearbox

Wen Liu; Teng Jiao Lin; Quan Cheng Peng

doi:10.4028/www.scientific.net/AMM.607.405

Paper Titles

Unsteady Flow Simulation of Directional Control Valve in Electro-Hydraulic Systems by Numerical Analysis
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Inherent Characteristic Similarity Analysis on Short Thin-Walled Cylindrical Shell
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CFD Analysis of Energy Loss of Direction Control Valve in Electro-Hydraulic Systems with Inverter
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Optimal Locomotive Control Parameters of Biologically Inspired Four-Legged Walking Machine
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Modal Analysis and Experimental Research of Marine Gearbox
p.405

Synthetic Design of High Aspect Ratio Folding Wings Based on Aeroelastic Analysis
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Real-Time Semi-Physical Simulation of Industry Design System Based on Virtual Reality Technology
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Mixing Analysis of Laminar Flow in Static Mixers with Circle Grid Fractal Perforated Plate Elements
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Research on the Static and Dynamic Characteristics of the Sliding Rail Joint Surfaces of the Fe-Based Porous Oily Material
p.422

HomeApplied Mechanics and MaterialsApplied Mechanics and Materials Vol. 607Modal Analysis and Experimental Research of Marine...

Modal Analysis and Experimental Research of Marine Gearbox

Abstract:

The gear-shaft-bearing-housing coupled finite element model of marine gearbox was established by using the truss element, the spring element and the tetrahedral element. The modal of gearbox was analyzed by using the ANSYS software. Then through the experimental modal analysis, the natural frequencies of gearbox are obtained. Compare the experimental results with the numerical results, it shows good agreement.