CFD APPLICATIONS IN THE MMES INDUSTRY;
人机环境系统中CFD的研究
Interaction between compartment environment and human in the man-machine-environment system of mobile medical equipment;
机动卫生装备人-机-环境系统中舱室环境与人的相互作用
Human effect in man-machine-environment system efficiency and human error prevention;
人对人-机-环境系统效能的影响及其差错防范
Based on the man-machine-environment system of fully-mechanized top-coal drawing mining,this paper explains the accident mechanism and running function of the system,inquires into the computational method of the fuzzy reliability of man-environment system andthe reliability of the equipment system of fully-mechanized top-coal drawing mining.
本文从综采放顶煤工作面人－机－环境系统入手，阐述了人－机－环境系统的故障机理和系统运行机制，探讨了人－环境系统模糊可靠性计算方法及综采放顶煤综机设备系统的可靠性。
On the basis of analysis of the structure of fully mechanized face system, the mathematic model for studying the reliability of the man machine environment system of fully mechanized face is established with the application of systematic reliability, ergonomics and grey system theory, and the calculating formulas of the effectiveness of the system are also given.
在综采工作面系统结构分析的基础上，综合应用系统可靠性、工效学和灰色系统理论，建立了综采工作面人－机－环境系统可靠性分析的数学模型，得出了系统可用度的计算公式，并对平顶山一矿２２０８１工作面进行了可靠性计算和分
Based on the application of systematic reliability and grey system theory and fuzzy mathematics method, the reliability of the man machine environment system of caving fully mechanized face is studied, and the calculating formulas of the effectiveness of extraction system and caving system are also give
综合应用系统可靠性、灰色系统理论和模糊数学方法，研究了放顶煤综采工作面人－机－环境系统可靠性，得到了割煤系统和放煤系统可用度的计算公
Petroleum drilling project is a complex human-machine-environment system, so there are various uncertain factors in the process of production.
石油钻井工程是一个复杂的人-机-环境系统,生产过程中存在着各种不确定因素。
Based on the present situation of man-machine-environment system engineering,this paper describes the concept and method of its development.
介绍了武器系统人-机-环境系统工程的研究情况,阐述了人-机-环境系统工程研究的思想和方法,建议工程技术人员在武器系统研制中要始终贯彻“以人为本”的工程思想,及时开展人-机-环境系统工程的研究。
Man,machine and environment and their influences on safety of fully mechanized mining face in Xinzhuang coal mine was analyzed with man-machine-environment system engineering theory and methodology.
运用人-机-环境系统工程理论,对新庄煤矿综采工作面系统中的人、机、环境三大要素及其对事故的影响进行了分析。