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Vehicle Vertical Vibration Analysis by Finite Element Method

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Abstract

The simulation of vehicle vertical vibration is studied by finite element method. A suitable and practical calculation model is proposed. Based on numerical simulation of track irreqularities as exterior exciting source, the effects of self- vibration frequency and track irreqularity on vibration response and frame stress of vehicle is analyzed in detail.

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The simulation of vehicle vertical vibration is studied by finite element method. A suitable and practical calculation model is proposed. Based on numerical simulation of track irreqularities as exterior exciting source, the effects of self- vibration frequency and track irreqularity on vibration response and frame stress of vehicle is analyzed in detail.

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Available abstract

The simulation of vehicle vertical vibration is studied by finite element method. A suitable and practical calculation model is proposed. Based on numerical simulation of track irreqularities as exterior exciting source, the effects of self- vibration frequency and track irreqularity on vibration response and frame stress of vehicle is analyzed in detail.

Key concepts: Vibration, Finite element method, Track (disk drive), Structural engineering, Frame (networking), Stress (linguistics), Computer science, Engineering

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