冷桥

  • 网络cold bridge;cold-bridge;thermal bridge
冷桥冷桥
  1. 通过分析沈阳工程学院办公楼外墙保温不足的原因,经研究采用XPS保温系统加强外墙保温功能的措施,解决了外墙保温不足及避免冷桥现象的产生。

    By analyzing the causes of heat preservation shortage of office building 's exterior wall of Shenyang Institute of Engineering , adopts the XPS heat preservation system , solves the problem of heat preservation shortage of exterior wall , avoids the cold bridges .

  2. 本文对不同保温层厚度的新型高效夹心保温复合墙体及传统夹心保温复合墙体的墙体平均传热系数进行了计算及对比分析;并利用ANSYS软件对墙体的冷桥影响进行了数值模拟分析。

    This article calculated and analyzed comparatively the average heat transfer coefficient of the new type of high-performance cavity insulated composite wall and traditional wall by different thickness of insulation layer , and used ANSYS to study the impact of cold bridge to the wall by numerical simulation analysis .

  3. 冷库工程中的冷桥及其处理

    Cold - bridge Problem of the Freezer Engineering and Handling

  4. 建筑物冷桥形成的原因及防治措施

    Causation and prevention measure of cold-bridge to be formed in a building

  5. 论述几种常见冷桥节点和处理方法

    On several common " cold bridge " nodes and treatment

  6. 冷藏箱门框冷桥传热分析

    The Analysis of the Heat Transfer for Cold Bridge in Doorframe of Refrigerator

  7. 冷桥对墙体平均传热系数的影响

    Influence of Thermal Bridge on Determination of Mean Heat Transfer Coefficient for External Walls

  8. 三种复合玻纤风管法兰连接防冷桥结露实验研究

    Experimental research in the condensation performance of three types of glass-fiber composite air duct flange

  9. 在冷库工程的设计与施工过程中,往往忽视了冷桥问题。

    In the cause of designing and constructing freezer , it is often neglected how to handle cold - bridge .

  10. 解决研制过程中冷桥漏冷量的减少、制冷剂流量的调节、制冷系统的安全保护等关键技术。

    The key problems , such as reducing cold leakage , regulating refrigerant mass flux and protecting refrigeration system , were solved .

  11. 可见冷桥对墙体传热的影响只有通过二维、三维的温度场模拟才能比较准确地反映出来。

    That means the influence of thermal bridge on the heat transfer across a wall can only be accurately calculated by two or three dimension temperature distribution simulation .

  12. 本文从理论和结构上分析了建筑物冷桥形成的原因,并详细论述了冷桥的防治措施。

    This paper analyses why the cold - bridge is formed in a building from theory and structure , and discusses prevention measure of cold - bridge to be formed .

  13. 有效地解决了北方地区,加气混凝土砌块与普通砂浆间因导热系数相差较大,使墙体产生冷桥和结露等现象。

    Effectively solve the northern region , between aerated concrete block and ordinary mortar difference large thermal conductivity , due to the wall have a " cold bridge " and condensation phenomena .

  14. 经5年的研究,提出了微型节能冷库库群的实用结构和无冷桥设计技术。

    This paper studied on design of practical structure with no cold bridge technology for mini cold storage complex rooms , the results showed that complex rooms were better than common single room .

  15. 该技术适用于各种外墙体施工,具有施工方便、周期短、造价经济、免除冷桥效应等诸多优点。

    This EPS plate technology applies to all kinds of outside wall construction and enjoys its advantages of construction convenience , short project time , economy as well as freedom from cold bridge effect .

  16. 金威橡塑海绵材料具有很高的弹性,因而能最大限度地减少冷冻水和热水管道在使用过程中的振动和共振,防止出现冷桥和热桥。

    Jinwei PVC / NBR is so high in its resiliency that it can reduce vibration and resonance of chilled and hot water systems when being used , which prevents the cold bridge as well as heat bridge .

  17. 轻钢龙骨墙体是目前低层住宅、别墅常用的外墙和内墙形式,但当其应用于寒冷地区时,墙体的冷桥效应比较严重。

    The light-gauge steel stud wall is usually used as inner and exterior wall in the villadom and low-rise dwelling . But cold bridge effect of the steel wall will be serious when this kind of structural system has been used in the cold areas .

  18. 通过对轻质保温砌筑浆(LKM&1)号试验研究,解决了轻质砌体的强度和冷桥问题,达到了轻质、高强、价廉的目的,具有较好的经济效益。

    ( LKM - 1 ) light-weight and thermal insulating lay thick liquid , we get a satisfactory solution to the problem of intensity and cold-bridge . The purpose of light-weight , high-intensity and low cost is achieved . So it will have a better economic results .

  19. 可视化图像以及数据计算结果,显示了外保温与内保温以及窗户内置与外置等不同构造对围护结构温度分布、散热量的影响,外保温更有利于隔断冷(热)桥。

    The visual and numerical results show that different thermal insulation and window installation have influence on the temperature distribution and heat dissipating capacity of the building enclosure .