机械排烟的英文

• mechanical smoke discharge
• mechanical smoke extraction

• "机械"英文翻译    machine; mechanism weapon
• "排烟"英文翻译    eject smoke; discharge smoke
• "高位机械排烟系统" 英文翻译 :    high level mechanical extract system
• "机械排风" 英文翻译 :    mechanical ventilation, mechanical draft
• "机械排气" 英文翻译 :    mechanical exhaust
• "机械排汽" 英文翻译 :    mechanical exhaust
• "机械排风系统" 英文翻译 :    mechanical dust removal
• "机械排气系统" 英文翻译 :    mechanical exhaust system
• "机械排气通风管" 英文翻译 :    mechanically exhaust ventilated pipe
• "机械排气通风系统" 英文翻译 :    mechanical exhaust system of ventilation
• "施工机械排放物" 英文翻译 :    construction machine emission
• "机械式排烟系统" 英文翻译 :    dynamic smoke extraction system
• "排烟" 英文翻译 :    eject smoke; discharge smoke◇排烟道 smokejack; discharge flue; 排烟器 smoke ejector; 排烟装置 fume extractor
• "排烟口；排烟孔" 英文翻译 :    smoke vent
• "坏排烟" 英文翻译 :    mechanical smoke extraction
• "排烟窗" 英文翻译 :    exhaust louver; exhaust smoke window
• "排烟道" 英文翻译 :    discharge flue; exit flue; flue header; fume offtakes; smoke-uptake
• "排烟端" 英文翻译 :    flue end
• "排烟阀" 英文翻译 :    exhaust smoke valve; sd:smoke damper; smoke exhaust damper
• "排烟管" 英文翻译 :    fume exhaust tube; purge duct; smoke pipe
• "排烟柜" 英文翻译 :    fume cupboard
• "排烟机" 英文翻译 :    exhaust fan; fume extractor; induced draft fan; induced-draft fan; smoke ventilator
• "排烟口" 英文翻译 :    smoke extraction vent; smoke outlet; smoke vent
• "排烟量" 英文翻译 :    exhaust smoke level
• "排烟率" 英文翻译 :    smoke extract rate

• Modeling and experimental studies on mechanical exhaust efficiency in compartment fire
  室内火灾机械排烟效果的模型计算与实验研究
• The hight and temperature of heat smoke during the fire was obtained by using numerical simulation method , people in the bowling alley could evacuate safely was proved and the building ' s fire safety objective was satisfied
  通过数值模拟给出了发生火灾时的热烟气层温度和热烟气层高度发展过程，证实了保龄球馆的水喷淋和机械排烟系统能够保证人员安全疏散，满足消防安全要求。
• Based on two - layer zone model , the mathematical model of atria smoke management system , including smoke filling , gravity venting and smoke exhaust , was developed . by using matlab computer language , a program was developed
  论文以两层区域模型为基础，对中庭烟气填充，自然排烟，机械排烟过程分别建立了数学模型；采用matlab语言，编制了中庭烟气管理系统的计算机模拟程序。
• In this paper , performance - based fire safety design concept was adopted to analyze fire safety objective of a underground bowling alley should achieve , fire scenarios were designed and the performance of water sprinkler and mechanical smoke evacuation system was studied by using zone model
  摘要采用性能化防火设计的思想，分析了某地下保龄球馆火灾热烟气安全需求，设计了可能发生的火灾场景，使用区域模拟技术研究了保龄球馆水喷淋和机械排烟系统的有效性。
• Analysis result of simulation shows : underground commercial streets and atrium can use natural filling . in the actual engineering , mechanical smoke exhaust system is used by the local fire department added . the night club uses a set of mechanical smoke exhaust system , and the quantity of supply air can ’ t be less than 50 percent of the exhaust
  模拟研究表明:地下商业街和中庭可以采用自然填充,在实际工程中当地消防部门在中庭增设机械排烟系统,以加快热烟气的排放;夜总会采用机械排烟,补风量不应小于排烟量的50 % 。
• The results simulated by the program are compared with the experiments . the experimental data come from the smoke filling experimental data conducted by ustc , the data of gravity venting and smoke exhaust in the examples of the report of the development on fire protection design in buildings , written by japanese construction commission , and the smoke exhaust experiments data conducted by the author
  论文中将中庭烟气管理系统各部分的程序模拟结果分别与中科大烟气填充的实验结果、日本建设省所编写的《 '建筑物防火设计法的开发'报告书》 （第3卷）中的自然排烟和机械排烟的算例结果以及笔者所做的中庭机械排烟正交实验结果进行了比较。
• After analyze the foundation of the current national code ( code for fire protection design of tall buildings gb500045 - 95 ) through experiments and fire simulations , the author has found that there are some limitations on the use of this national code for the designing of smoke management system in an atrium . this paper has been discovered that it is not enough when using the smoke layer interface height as a criterion to make an assessment on the safety rate in a building fire , or to calculate the egress time
  通过上述实验研究和数值模拟研究，发现当采用我国现行的《高层民用建筑防火设计规范》 （ gb50045 - 95 ）来指导中庭建筑的排烟系统设计时，在本文设计的火灾场景条件下（参照实际的中庭商场调研情况，即火灾载荷密度较大时） ，对于本文实验研究中所采用的相似模型及原型建筑，无论是采用自然排烟或者是采用机械排烟，其排烟量皆不足。