Vibration Characteristic Prediction of a Heavy Machinery Suspension Seat Using Multi-Body Dynamic Analysis Method

W.C. Lee; Chae Sil Kim; H.O. Choi; Y.G. Jung; Jung Il Song

doi:10.4028/www.scientific.net/AMR.33-37.1259

Paper Titles

Vibrations of Sandwich Panels with Pyramidal Truss Cores
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Experimental and Computational Studies of Twin-Vertical-Tail Buffet
p.1241

Robust Flutter Analysis of an Airfoil with Flap Freeplay Uncertainty
p.1247

Experimental Investigation of the Deformation Behavior of ABS Resin at Elevated Temperature and High Strain Rate
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Vibration Characteristic Prediction of a Heavy Machinery Suspension Seat Using Multi-Body Dynamic Analysis Method
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Erosion Properties of Molybdenum Coatings Sprayed by Electro-Thermal Explosion Ultra-High Speed Spraying
p.1265

Study on Erosion-Resistance of Electro-Thermal Explosion Ultra-High Speed Spraying MoSi₂-Based Coatings
p.1271

Erosion Behavior of TiC-xNi Composite Coatings In Situ Synthesized by Electro-Thermal Explosion Ultra-High Speed Spraying
p.1277

Performance Prediction of Pre-Corroded Aluminum Alloy Using Genetic Algorithm-Neural Network and Fuzzy Neural Network
p.1283

HomeAdvanced Materials ResearchAdvanced Materials Research Vols. 33-37Vibration Characteristic Prediction of a Heavy...

Vibration Characteristic Prediction of a Heavy Machinery Suspension Seat Using Multi-Body Dynamic Analysis Method

Abstract:

This article proposes a novel simulation technique to predict the reasonable dynamic characteristics of a suspension seat for heavy machinery using a commercial multibody dynamic analysis code, ADAMS. The dynamic model is simulated with the specific condition such as sinusoidal and sweep input. The experiment test for actual suspension seat is conducted for reviewing the dynamic simulation model with same input condition. As the simulation results shows good agreements with experimental test results, the dynamic analysis model is reasonable and will be very helpful for predicting the dynamic characteristic for the suspension seat for heavy machinery and for designing the other type seats with the other suspension mechanism types.