建筑寿命

建筑寿命建筑寿命
  1. 这些举措都在制度上保障了建筑寿命延长的可能性。

    These measures are the guarantee of prolonging the service life .

  2. 行业层面主要是从执行层面保证了建筑寿命的延长。

    The industry level is mainly enforced the guarantee of building life .

  3. 为了延长建筑寿命,建筑的更新改造成为社会共同关注的课题。

    To prolong the lifetime of uses , the renovation of architecture is a common-concerned topic .

  4. 本文主要通过文献综述、定性分析、定量研究的方法对影响我国建筑寿命的因素进行了研究。

    It worked mainly through literature review , qualitative analysis , quantitative research methods on the impacting factors of building life .

  5. 针对以上六大影响因素,本文提出在政府、行业、居民三方面上延长建筑寿命的策略建议。

    In view of the above six factors , this paper puts forward three aspects in the government , industry , dweller for extending the building life as strategies .

  6. 最后,论文选取西安C大学3号楼作为案例,对该建筑全寿命周期各个阶段节能管理进行了实例分析。

    Finally , 3rd teaching building in C university in Xi ' an was selected as a case , and full life cycle management on energy-saving of this case building was analyzed .

  7. 绿色建筑全寿命周期成本控制管理研究

    Study on Life-cycle Cost Control and Management in Green Building

  8. 外墙外保温体系对建筑使用寿命的影响分析

    An Analysis of Influence of Outer Wall Heat-preserving System on the Service Life of Buildings

  9. 建筑全寿命周期下的建筑设计信息化探索

    The Project Life-cycle under Information-based Architectural Design

  10. 考虑建筑产品寿命周期成本的必要性、寿命周期成本的计算方法以及降低寿命周期成本的措施。

    Consideration is given to the necessity & calculation method of LCC and measures to reduce LCC , for building products .

  11. 但这并不一定意味着大部分房子能经久耐用。新华社援引住建部一位负责人的话说,中国新建建筑的寿命只有25-30年,原因在于建筑工程的质量和设计。

    But its recent vintage doesn 't necessarily mean it 'll last very long : According to an unnamed government official Xinhua cited this week , China 's buildings are generally expected to last for just 25 to 30 years .

  12. 谢尔德说,建筑的寿命要达到50年,这种理念已经在我们脑子里根深蒂固了,而且从专业的角度讲,评判一个建筑的标准就是它有多坚固、有多美观,这是源自希腊的建筑设计理念。

    We 're bred with this attitude that your buildings last for 50 years , and the whole judgment of a building in architectural terms is firmness and delight , ' Mr. Sheard says . ' That was the original Greek philosophy . '

  13. 世博会将耗费大量的资源,如何充分后续利用其设施,尽可能使建筑的寿命得以长期延续,从而节约资源是一个十分重要的问题。

    Due to that the Expo will consume a vast amount of energies and resources , how to fully use the facilities afterwards , how to prolong the life term of the buildings in order to safe the resources will be a very meaningful issue .

  14. 在CO2排放方面,当三种建筑的使用寿命为三十年时,单位建筑面积CO2排放量差距最大的阶段分别在建材生产和居住使用阶段。

    About the emissions of CO_2 , when we assumed the service time of the building was 30-year old , the highest phases of the emission are the manufacture phase and the occupation phase .

  15. 建筑工程全寿命成本控制研究

    Study on the Cost Control of Architectural Engineering Life Span

  16. 建筑结构的寿命及其广义耐久性

    The Design Life and General Durability of Building Structures

  17. 从经济学视角分析绿色建筑的全寿命周期成本与效益以及发展对策

    Life Cycle Cost-benefit Analysis of Green Building Based on Economic & Development Countermeasures

  18. 结合再生新技术谈建筑材料全寿命周期成本控制

    The life-cycle cost control of construction materials based on the new regeneration technology

  19. 业主应考虑建筑产品的寿命周期成本

    Life Cycle Cost ( LCC ) of building products to be considered by proprietor

  20. 可持续发展建筑的全寿命周期评价策略研究

    Application of Life-cycle-assessment in Design of Architecture

  21. 基础隔震建筑的全寿命经济评价的研究

    All-life-cycle Economic Evaluation of Isolation Structures

  22. 研究人员希望借助“修补杆菌”延长混凝土结构建筑的“寿命”,因为建造这些建筑物的环境成本并不低。

    The researchers hope their " BacillaFilla " will improve the longevity of concrete structures , which can be environmentally costly to erect .

  23. 预应力钢绞线在高应力状态下服役,应力腐蚀将直接影响其使用寿命从而影响建筑工程的寿命。

    Prestressed wire strands service under high stresses , the stress corrosion should be a important factor that affects the service life of the wire strands and thereby of the structure engineering .

  24. 由于各种能源在生产和消费过程中对环境的影响不一样,论文采用矩阵形式分能源种类对建筑的全寿命周期能耗及其环境影响进行了模拟。

    Due to different kinds of energy resources bring different environment influences during its production and utilization , this paper calculates energy consumption by matrix to consider the different phase of the energy producing and consumption .

  25. 项目节能与绿色的总体目标是在建筑的全寿命周期内,最大限度的节约资源、保护环境和减少污染,为业主提供健康、适用和高效的居住环境。

    Energy-saving green projects and the overall goal is the construction of the entire life cycle , the maximum saving resources , protecting the environment and reduce pollution , provide health for the owners , application and efficient living environment .

  26. 统计数据显示,建筑的全寿命周期消耗的资源占到世界资源消耗总量的50%左右,产生的污染和二氧化碳气体排放也占到世界总量的50%左右。

    Statistics show that the resources consumption of life cycle of building reach the world total resources consumption of about 50 % . Pollution and carbon emissions were produced by building also account for about 50 % of the total amount of the world .

  27. 可持续发展建筑关注建筑全寿命周期的环境影响,致力于减少建筑对能源和资源的需求、减少污染物和CO2排放、改善环境,是未来的设计趋势。

    Sustainable development of architecture is an inevitable future trend considering its life cycle environment impact .

  28. 再次,通过对结构可靠性的评价,并引入结构整体损伤指标,建立基于BP神经网络的在役建筑结构的剩余寿命预测模型。

    On the basis of reliability evaluation , and introduction the structural damage index , use BP neural network prediction model for existing building structure residual service life prediction .

  29. 因此,从根本上改变工程项目信息交互方式,实现建筑工程项目全寿命周期信息的无缝集成,提高项目管理效率,是摆在我们面前的一个难题目。

    Therefore , to change the information interoperability fundamentally , and realize the seamless integration of life cycle information , is a difficulty our construction industry needs to crack .

  30. 将建筑工程项目全寿命周期划分为五个阶段,包括决策阶段、设计阶段、实施阶段、运营维护阶段和项目废除阶段。

    The lifetime of a construction project is divided into five periods including planning period , design period , construction period , working and maintenance period , and abolition period .