运动海洋石油平台上人体动力学响应分析
ynamic Response Analysis of Human-Body Under Motion of Offshore Platform
海洋石油平台是石油开采的关键设备之一，海洋石油作业人员需要在恶劣天气海况条件下在海洋平台上长时间工作。海洋平台运动导致的工作间断（MII, Motion induced interruption）、疲劳（MIF, Motion induced fatigue），晕船(Seasick)等效应不仅严重影响工作人员的身体健康，而且对石油安全生产带来了很大的隐患。该论文基于多体动力学方法建立了人体-海洋平台模型，分析了不同平台激励情况下，人体的横向摆动及纵向振动情况,得出了海洋平台运动与人体动力学响应的关系。
he Offshore Platform is one of the most important equipments in oil production, and the workers on the Offshore Platform always work in bad weather conditions. MII(Motion induced interruption), MIF(Motion induced fatigue) and Seasick induced by the motion of Offshore Platform are not only harmful to body health, but also bring big hidden dangers to oil production safety. Based on the multi-body dynamics, the paper builds the human-Offshore Platform model, analyses the horizontal swing and vertical vibration of human-body in different motions of Offshore Platform, and gives out the relationship between the motion of Offshore Platform and the dynamic response of human-body.
常宗瑜、潘同庆、徐长密
海上油气田开发石油机械设备
海洋平台工作间断横向摆动纵向振动
Offshore PlatformMotion induced interruptionhorizontal swingvertical vibration
常宗瑜,潘同庆,徐长密.运动海洋石油平台上人体动力学响应分析[EB/OL].(2008-09-25)[2025-08-16].http://www.paper.edu.cn/releasepaper/content/200809-718.点此复制
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