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舒适方程
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  comfort equation
     Fanger's Thermal Comfort Equation and Indices of Thermal Comfort Evaluation
     Fanger热舒适方程及其应用
短句来源
     Thirdly, I introduce thermal comfort equation and analyse thermal comfort index, then from CAV system I establish mathematical model of temperature in VAV system, finally applies the MATLAB simulation technology to get temperature changed curve and make it at the range of thermal comfort.
     论文后半部先介绍热舒适方程与对舒适性指标的预测,接着简单探讨了温湿度对人体影响的模型,然后先从定风量系统的数学模型说起,再进一步建立变风量系统中房间温度的动态数学模型,最后用MATLAB软件模拟温度变化曲线,以使温度在热舒适范围之内。
短句来源
     This paper deals with the relation between indoor heat microclimate and heat comfort of the human body, by introducing heat comfort equation and its application status. It is suggested that the research be done for indoor heat environment in the northwest part of China.
     通过讨论室内热微气候与人体热舒适的关系,介绍热舒适方程及应用现状,建议对西北地区民居进行室内热环境研究。
短句来源
     In view of indoor thermal environment,buidings of campus in Ma'anshan City were chose as objective,the parameters such as temperature,humidity,wind speed and the average radiation temperature were tested on spots for classrooms,library and apartments,then the data were dealt with thermal comfort equation. The results showed: thermal comfort index predicted mean vote(PMV)values is from 1.18 to 2.25,the corresponding index predicted percentage of dissatisfied(PPD)is from 34.91% to 86.52%.
     针对夏季室内热环境,以马鞍山市某高校建筑物为研究对象,现场测试了教室、图书馆和公寓等的温度、湿度、风速和平均辐射温度,用热舒适方程进行计算,结果表明:热舒适性指标预测平均热感觉指数在1.18~2.25之间,相应的预测不满意百分比在34.91%~86.52%之间。
短句来源
     The factors affecting human body thermal comfort were analyzed according to the Fanger's comfort equation.
     根据Fanger热舒适方程,分析了影响人体热舒适的因素;
短句来源
  “舒适方程”译为未确定词的双语例句
     And the thermal comfortable equation, building by Fanger professor and PMV (Predicted Mean Vote) evaluation index, are used to make an evaluation for the body thermal comfortable feeling.
     并利用Fanger热舒适方程,用PMV(Predicted Mean Vote)———预测平均反应,为热舒适做出评价。
短句来源
     Based on thermal comfort formula and PMV/PPD evaluation indices, design indoor temperature of residential building with household heating and heat metering systems was studied in this dissertation. It was determined that the range of indoor temperature is 16C~24C when design indoor temperature is 20C.
     本文从热舒适、工作效率以及健康标准等方面出发,以热舒适方程及PMV/PPD评价指标为依据,对采用分户计量供热系统的居住建筑的室内设计计算温度的确定进行了研究,确定其为20℃,室内温度的变化范围是16℃~24℃。
短句来源
     This paper minutely introduces Prof. Fanger's thermal comfort
     本文详细介绍了Fanger教授的热舒适方程和舒适图、PMV、PPD等热舒适评价指标及其在服装舒适性评价方面的实际应用,为在不同环境条件下穿着不同服装时的热舒适性提供可靠的评价方法。
短句来源
     Calculates indoor thermal environment in residential buildings in severe cold area, the results showing that the indoor temperature should be 21 to 24 ℃ for comfort, in contrast with 16 to 20 ℃ stipulated as the design indoor temperature in current national design code.
     以Fanger热舒适方程及PMV ,PPD评价指标为理论依据 ,模拟计算了严寒地区居室热环境 ,结果表明 ,满足人体热舒适的室内空气温度为 2 1~ 2 4℃ ,明显高于现行暖通规范规定的冬季居室内计算温度 1 6~ 2 0℃。
短句来源
     According to Fanger's equation of thermal comfort,the influence of glass-wall buildings on indoor environment was discussed. Thereby getting the basis of choosing glass and important parameters of indoor environment and problems that should be noticed. All of these can provide scientific basis for the design of air-conditioning and study of glass-wall buildings.
     针对这一问题从Fanger的热舒适方程出发,对玻璃幕墙建筑对室内环境的影响进行研究和分析,从而得出该类建筑中幕墙玻璃和室内环境参数的选择依据及设计中应注意的问题,为玻璃幕墙建筑的空调设计和研究提供科学理论依据.
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  相似匹配句对
     Fanger's Thermal Comfort Equation and Indices of Thermal Comfort Evaluation
     Fanger热舒适方程及其应用
短句来源
     The simple equation changes into nonlin-ear Schrodinger equation when viscous effect is died away.
     dinger 方程
短句来源
     Synthetic Aperture Radar Equations
     合成孔径雷达方程
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     Leisure
     休闲舒适
短句来源
     Creating Comfort
     创造舒适
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  comfort equation
Using Fanger's comfort equation and the models MEMI and IMEM as examples, the problems of energy balancing and ways of solving them are described.
      
It is based on the 'Comfort Equation' of Fanger (1972) and the 'Klima-Michel-Modell' of Jendritzky et al.
      
Satisfaction of the comfort equation is thus a necessary condition for optimal thermal comfort.
      
The comfort equation is quite complex, since the involved heat transfer processes are relatively complicated.
      
The comfort equation establishes the relationship among the environment variables, clothing type and activity levels.
      


This paper minutely introduces Prof. Fanger's thermal comfort

本文详细介绍了Fanger教授的热舒适方程和舒适图、PMV、PPD等热舒适评价指标及其在服装舒适性评价方面的实际应用,为在不同环境条件下穿着不同服装时的热舒适性提供可靠的评价方法。

This paper deals with the relation between indoor heat microclimate and heat comfort of the human body, by introducing heat comfort equation and its application status.It is suggested that the research be done for indoor heat environment in the northwest part of China.

通过讨论室内热微气候与人体热舒适的关系,介绍热舒适方程及应用现状,建议对西北地区民居进行室内热环境研究。

Based on the theory of the Fanger heat comfortable equation and appraiseindex PMV, count and analyse heat comfort of human body in the differentconditions reveal cold radiation of indoor surface of the surrounding structureeffect beat comfort of human body, propose the theory base of selecting heatingparameter indoor for designer.

本文以Fanger热舒适方程以及热舒适评价指标PMV为理论依据,对不同墙体结构、外围护结构面积、室外采暖温度的房间模型中各种不同位置的人体舒适性进行了计算分析,并计算出一定条件下保持人体热舒适所需的室内温度,着重揭示了冬季外围护结构内表面冷辐射对人体舒适性的影响,从而为暖通设计人员选择合理的室内采暖参数提供了理论依据。

 
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