摘要
以人因工程学(HFE)为基础,重点考虑作业人员的眼高、身高、肩宽、臂长等人体基本物理特征,对FPSO的逃生疏散救援系统,包括灯光报警装置、逃生通道、应急庇护所和救生艇筏4个方面,进行改进设计研究。改进后,增强了FPSO逃生疏散救援系统对作业人员人体基本物理特征的适应性,提高了FPSO作业人员的逃生效率。
Based on human factors engineering(HFE),with a focus on considering human body physical characteristics such as eye height,height,shoulder width,and arm length of operators,the design of FPSO’s escape,evacuation and rescue system(EER System)was improved and researched,including light alarm devices,escape routes,temporary refuge,and rescue equipment.After improvement,the adaptability of the FPSO EER system to the human body physical characteristics of operators had been enhanced,and the evacuation efficiency of FPSO operators had been improved.
作者
年继业
姜福洪
姚云熙
王欣
NIAN Ji-ye;JIANG Fu-hong;YAO Yun-xi;WANG Xin(DaLian Shipbuilding Industry Co.,Ltd.,DaLian Liaoning 116001,China)
出处
《船海工程》
北大核心
2025年第1期166-170,共5页
Ship & Ocean Engineering
基金
工信部高技术船舶科研项目(工信部装函〔2018〕473号)。
关键词
FPSO
人因工程学
逃生疏散救援系统
FPSO
human factors engineering(HFE)
escape
evacuation and rescue system(EER)system
