熱橋 的英文怎麼說

中文拼音 [rèqiáo]
熱橋 英文
cold bridge
  • 橋 : 名詞1. （橋梁） bridge 2. （姓氏） a surname
  1. On the basis of expound the theory of building exterior - protected construction energy consumption and the gene of influence the building energy, set up mathematics model, this article discuss the mechanism of dispelling the heat of the buildings " thermal bridge and the complication that influence it, and then synthetic analysis and calculate the influence range of building thermal bridge in exterior - protected construction column thermal bridge to the building outer wall get the conclusion that when the construction column can satisfy the building stress - area, in bulgy construction column dispel less heating than out bulgy construction column. but if the pole stuck out more than 100mm, in bulgy or out bulgy make no difference

    本文在闡述建築圍護結構耗熱原理以及影響建築能耗因子的基礎上，採用數值模擬方法，探討了建築熱橋傳熱的基本機理和影響建築熱橋傳熱的因素，進而對建築熱橋在圍護結構傳熱中的影響范圍進行了綜合分析和計算，研究了構造柱熱橋型式對建築外墻能耗的影響，得出了構造柱在滿足建築受力面積要求的情況下，內凸構造柱較外凸構造柱略能減少散熱量的結論，但是凸出過大（ 100mm ）無論內凸還是外凸對建築耗熱都沒有大的差別。
  2. Adopt ansys software, mimic calculate and then economy analysis, work out that building outer exterior - protected construction

    最後通過實驗驗證了對建築熱橋理論分析的正確性。
  3. Present thermal bridge influence area to the building out exterior - protected construction. for the construction column thermal bridge, the influence area increase 100mm along the thermal bridge. the position of maximum heat - flux is between the thermal bridge and the outer wall

    給出了熱橋對建築外圍護結構的影響區域，對于構造柱熱橋其影響范圍為熱橋邊沿向外100mm ，熱流量最大的位置在於熱橋與外墻交界處。
  4. Thermal bridge is generally exiting in the inhabiting and public construction, the thermal bridge exerts a tremendous influence to building energy consumption and quality of the hot environment in the room. at present, the consuming heat energy through the thermal bridge of the building is above 25 % ; energy - conserving potentiality is enormous, thermal bridge is an energy - conserving important respect of building and the important part of fundamental state policy of economizing the energy, protect the environment "

    建築熱橋普遍存在於居住建築、公共建築中，其對建築能耗及室內熱環境質量影響很大，目前，通過建築熱橋耗熱量都在25以上，節能潛力巨大，熱橋節能是建築節能的一個重要方面，是執行「節約能源、保護環境」基本國策的重要組成部分。
  5. Through the analysis and studying of this subject, we can make conclusion as followed : during the whole heating season, the change law of the energy consumption of the thermal bridge is with the change law of the meteorological condition inside and outside the room : when airs temperatures indoor is steady, thermal bridge energy consumption increases with reducing of air temperature outside the room, reduce oppositely. the different position and the different structure patterns of the thermal bridges, even under the same meteorological condition inside and outside of the room, energy consumption of the building is different, and impact on heating energy consumption is different, this is mainly caused by the difference of the constructs thermal bridge and different influence in term of out wall, which lead to total mean heat - transfer coefficient different, when the heat - transfer coefficient is relatively small of outer wall, the impact of wall body is more obvious on heat - transfer coefficient of the thermal bridge

    然後確立了在節能建築中熱橋耗熱量與室內外氣象參數和熱橋構造型式的關系，分析與研究並得出：在整個採暖季節中，熱橋的能耗隨著室內外氣象條件的變化規律是：在室內空氣溫度一定時，熱橋能耗隨著室外空氣溫度的降低而增大，相反減小；不同部位的熱橋，其構造型式不同，即使在相同的室內外氣象條件下，產生的能耗也是不同的，並且對採暖能耗的影響也不同，這主要是由於不同構造的熱橋對外墻的總平均傳熱系數的影響不同所造成的，並且當外墻主體的傳熱系數較小時，熱橋對墻體的傳熱系數的影響更加明顯。
  6. Thermal bridges in building construction - heat flows and surface temperatures - linear thermal bridges

    建築結構中的熱橋.熱流和表面溫度.線性熱橋
  7. Thermal insulation and energy economy in buildings - thermal bridges - examples for planning and performance

    建築物中的隔熱和節能.熱橋.規劃和施工實例
  8. Thermal bridges in building construction - linear thermal transmittance - simplified methods and default values

    建築結構中的熱橋.線性傳熱系數.簡化法及默認值
  9. Thermal bridges in building construction - heat flows and surface temperatures - general calculation methods

    高層建築中的熱橋.熱流和表面溫度.第1部分:一般計算方法
  10. Thermal bridges in bluilding construction - heat flows and surface temperatures - part 1 : general calculation methods

    建築結構熱橋.熱流和表面溫度.第1部分:通用計算方法
  11. Thermal bridges in building construction - calculation of heat flows and surface temperatures - part 2 : linear thermal bridges

    房屋建築中的熱橋.熱流量和表面溫度的計算.第2部分:線性熱橋
  12. Thermal bridges in building construction - linear thermal transmittance - simplified methods and default values iso 14683 : 1999 ; german version en iso 14683 : 1999

    建築物熱橋.線性熱穿透系數.簡化方法和缺陷值
  13. Thermal bridges in building construction - heat flows and surface temperatures - part 1 : general calculation methods iso 10211 - 1 : 1995 ; german version en iso 10211 - 1 : 1995

    建築結構中的熱橋.熱流和表面溫度.第1部分:一般計算
  14. In order to make clear the change law of dispelling the heat of the thermal bridge of building and propose the measure for suppressing or eliminating the thermal bridge of the buildings ; the subject is according to the meteorological condition of jinan, to emulation computational analysis and study to the energy - conserving energy consumption of residential housing at first

    為了弄清建築熱橋散熱的變化規律，並提出抑制或消除建築熱橋的措施，本課題依據濟南市的氣象條件，首先對節能住宅建築能耗進行模擬計算分析與研究，得出：在節能住宅建築中，圍護結構主體的耗熱量比傳統建築降低了很多。
  15. At the end, the article discusses issues about architectural design, structural system, hot bridge analyze which need to consider in a holistic energy - conserving design of aerated concrete house

    最後，本文對一幢完整的加氣混凝土節能住宅設計需考慮的規劃、建築設計、結構體系、熱橋分析等方面問題進行了分析論述。
  16. Thermal bridges in building construction - calculation of heat flows and surface temperatures - part 2 : linear thermal bridges iso 10211 - 2 : 2001 ; german version en iso 10211 - 2 : 2001

    建築結構熱橋.熱流和表面溫度計算.第2部分:線性熱橋
  17. In the mathematic calculation, adopt ansys software, get four representative thermal bridges " internal temperature distribution and heat - flux get through the thermal bridge and the around outer wall

    在數值計算中，採用ansys軟體，求出了4種典型熱橋的內部溫度分佈及通過熱橋和周圍外墑的熱流量。
  18. Through analysis and calculate, advance the optimal method of exterior heat preservation of outer wall is add 100mm thicken along the thermal bridge, then take heat preservation measure for the whole outer wall. at last, validate the analysis of building thermal bridge is right through experiment

    通過分析計算，提出了外墻外保溫較為理想的方式是在建築熱橋外側實行熱橋外延些竺么巴些止生叢竺叄立_ _ 100mm加厚保溫，然後再對整個建築外墻整體保溫。
  19. Through the analysis and studying of this subject, we can make conclusion as followed : the condensation is getting severely impaired, adopt outside insulation treatment in the position of the thermal bridge, which is an effective measures to reduce the energy consumptions of the buildings " thermal bridge

    最後通過實例分析了熱橋部位採取何種保溫處理方法更有利於降低熱橋能耗，研究結果是：降低建築熱橋能耗的有效措施，是在墻體熱橋部位採用外保溫處理。
  20. I set up the mathematics model of heat transfer of the thermal bridge of the building and utilize numerical method to analysis whether occur condensation problem on the internal surface in the thermal bridge or not. through the analysis and studying of this subject, we can make conclusion as followed : because the internal surface of the bared wall body incline to be lower than the air dew point indoor, which apt to dew, with the reducing of out air temperature and increasing of the air temperature indoor

    另外，通過建立建築熱橋的傳熱數學模型，利用數值求解的方法，分析了外墻熱橋部位內表面是否結露的問題，研究得出裸露墻體內表面極易低於露點溫度而結露，並且隨著室外溫度的降低，室內溫度越高，外墻熱橋部位的內表面越容易結露。
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