人类工程的英文

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英文翻译
造句

human engineering

人类 human; mankind; humanity
工程 engineering; project; progra ...
人类工程师 human engineer
人类工程学 ergonomics and human factors; ergoromics; human engineering; human factor engineering; human-factors engineering
与人类工程 ergonomics- safety
人类工程手册 human factors handbook
北欧人类工程学会 nes; nordic ergonomic society
工效学(人类工程学) ergonomics
人类工程计量学 ergonometrics
人类工程学方法 e r g o n o m i c s
人类工程学实验室 human engineering laboratory
应用人类工程学 applied ergonomics
国际人类工程学协会 iea; international ergonomics association
人类工程学的；人机控制的 ergonomic
人类工效学 ergonomic related to mental work-load general terms; ergonomics-system of danger and non-danger signals with sound and light
人类工程学；人事管理；机械设备利用学 human engineering
胺类工程 amine works
新风换风类工程 ventilation project
国际人类工效学学会 iea
人类工效学照明术语 terms of lighting for ergonomics
中国人类工效学学会 chinese ergonomics society
最佳非古典类工程专辑 best engineered album non-classical
操纵器一般人类工效学要求 general ergonomics requirements for controller
工作系统设计的人类工效学原则 ergonomic principles in the design of work systems
工作座椅一般人类工效学要求 general ergonomics requirements for the work seat

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例句与用法

The internal causes include the background conditions of geography and geological environment
自然地理地质环境背景条件为内因，人类工程活动为外因。
With the activity increase and the scale extension of human projects , the engineering landslide is standing out more and more
随着人类工程活动日益频繁，规模日益增大，工程滑坡问题也越来越突出。
The primary factor of soil erosion is the erosion of yanshan period granite , the secondary factor is heavy rainfall , and the inducing factor is human activity
水土流失产生的主导因素是燕山期花岗岩分布的丘陵区岩体结构遭到破坏；从属因素是持续强烈的降雨，从而加剧了水土流失；激发因素是人类工程活动对地质环境的破坏。
Concept design takes the most important place in the engineering behavior of mankind . structural conceopt design holds the first place in the structural design of buildings , and it possesses strategic importance especially in this computer era
概念设计是从概念出发的一种思想和方法，它随人类需要和生产力发展而发展，它在人类工程行为中占有最重要位置。
The geological calamities of side slope which are brought out by natural force and human project endanger human economy the life and living environment seriously day by day , and the slope question has been paid close attention by our human
因自然力和人类工程活动而诱发的边坡地质灾害对人类经济、生命和生存环境危害日益严重，边坡问题越来越受到人类关注。
In terms of the regional perspective , the distribution characteristics of ground collapse are controlled by topography and geomorphology , geological structures , groundwater , karst development level , covering layers and human engineering activities
从区域上看，地面塌陷的分布特征受地形地貌、地质构造、地下水作用特征、岩溶发育程度、覆盖层条件和人类工程活动等的控制。
Based on the field survey of geo - hazards in the county , this paper first introduced the present conditions of the geo - hazards , including the types and the temporal distribution characteristics , and then studied the formation conditions of the geo - hazards
最后，从内部控制因素地质环境条件、外界诱发因素可变自然条件及人类工程活动的观点出发，结合青田县的具体情况，对该县地质灾害的成因进行了分析。
Due to hazard zone with many migrations , disaster of daheba landslide is serious , so , prevention and treatment to daheba landslide is very urgent . 2 . based on gensis analyse of landslide , human ' s engineering activity and water is main factor of landslide
2 .大河坝滑坡灾害性有其特殊性，通过分析自然条件、地质环境及人类工程活动影响的分析，并进行极限平衡定性分析，大河坝滑坡的产生其主要因素是人类工程活动加载及水对岩土体的弱化作用。
( 4 ) utilizing gis , mapbasic 7 . 0 technique , and combining with usual software of maplnfo 7 . 0 , ansys , autocad , surfer , appraisal systems and measures of faultage stability in shenzhen luohu jiancheng district basing on gis is established preliminarily . on the condition of mankind project activity , stress and deformation analysis on geological surface of huangbeiling faultage f8 are conducted to some extent . and influence law of mankind project activity on fracture zone stability is concluded , which has an important guiding meaning for building designing and city planning district of luohu future
( 4 )利用gis技术，应用mapbasic7 . 0 ，再结合mapinfo7 . 0 、 ansys 、 vb 、 autocad等工具软件，初步建立了基于gis的罗湖建成区断层稳定性评价系统，在考虑人类工程活动影响的情况下，对黄贝岭f8断层地质剖面进行了变形和应力分析，得出人类工程活动对断层带稳定性的影响规律，这对罗湖地区今后的建筑设计和城市规划有重要的指导意义。
Each part should connect tightly with the study results of engineering geological condition and the deformation and failure of rock mass in the investigated area . the dynamic numerical simulation should replay both the whole course of geological process and real human activity . it is an interactive dynamic analysis course that the computation results are coincident to the new engineering geological messages and changeable features of the rock mass deformation and failure
每一部分都与相应的工程地质条件和岩体变形破坏的研究紧密结合在一起，动态数值仿真是整个地质作用过程和人类工程活动过程的模拟，是计算结果与不断获得的野外地质信息和岩体变形破坏迹象反复耦合的交互式动态分析过程。