Time Domain Computational Analysis for Shock Characteristics of Elastic Support Gearbox

Guang Hao Dai; Chang Wei Gao; Yong Heng Liu

doi:10.4028/www.scientific.net/AMM.86.323

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The Application and Investigation about Industry CT Scan Technology in the Measure and Design about Complex Box
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Time Domain Computational Analysis for Shock Characteristics of Elastic Support Gearbox
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Effect of Tooth Surface Modification on the Load Sharing and Strength of Offset Face Gear Drive with Spur Involute Pinion
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Longitudinal Dynamic Modeling of the Snowmobile Considering Fuel Economy
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Development Solution of Civil Helicopter Transmission Train Vibration Monitoring System
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HomeApplied Mechanics and MaterialsApplied Mechanics and Materials Vol. 86Time Domain Computational Analysis for Shock...

Time Domain Computational Analysis for Shock Characteristics of Elastic Support Gearbox

Abstract:

Shock load spectrum of elastic support gearbox is confirmed by Federation Wehrmacht vessel construction rules BV0430/85 standard, and convert into equivalent double-triangular wave acceleration shock load. We take one elastic support gearbox which used in a vessel as computational study subject. With the help of ABAQUS software, we establish finite element model of elastic support gearbox and put double-triangular shock load into finite element model. Taking finite element analysis method do time domain response characteristics numerical simulation research of elastic support gearbox with limited bit and unlimited bit design, respectively, under shock load effect.