在工程建筑的传统工艺中粘土砖是墙体构成的主要材料之一，在一定程度上浪费了土地资源。
In the engineering construction in traditional technology of clay brick wall is one of main material form, and, to some extent, waste of land resources.
本文通过工程实际应用及保温隔热性能测试、比较，证明绝热反射膜是一种特别适于墙体和屋面保温的新型建筑材料。
The heat insulating and reflective film was approved to be a new building material especially suitable for wall and roof insulation by insulation test and actual project application.
水闸墙体为高温高湿环境下的大体积混凝土工程，防渗、防漏要求高。
The floodgate walls act as concrete projects of big volume subjected to hostile environments such as high temperature and high dampness and pose a high anti-seeping and anti-leaking demand.
在总结大量工程实践的基础上，提出了瓷砖饰面eps外保温复合墙体的质量控制措施，具有广泛的借鉴作用。
On the base of large quantity engineering practice, the quality control measures of tile coat EPS composite wall exterior insulation is introduced. It can be widely referenced.
另外，本文借助有限元程序分析了墙体的应力分布状态，这为实际工程中的概念设计提供一定的参考。
Further more, this paper analyzed the wall's stress distributing state by the finite element program, it provides a reference for concept design in the practical engineering.
适用于各类营房工程、边防哨所、永久性工事及各类工业与民用建筑外围护结构的墙体保温节能。
The system can be applied to all kinds of barracks projects, border sentries, perpetual workshop, the industrial and civil architecture, preferring the heat of the external wall.
摘要：目前，房屋建筑中的砖混结构墙体开裂已经成为比较普遍的工程问题。
Abstract: : at present, the brick building structural walling has become common engineering problems.
结合某电厂碎煤机楼的工程实际情况，对在动力荷载作用下可能引起填充墙体裂缝的原因进行了分析，并通过方案比选提出了该实际工程裂缝的处理措施。
Combined with practical works of coal-breaker house in one power plant the production of cracks on filler wall is analyzed, which probably caused by dynamic load.
水闸墙体为高温高湿环境下的大体积混凝土工程，防渗、防漏要求高。
The floodgate walls act as concrete projects of big volume subjected to hostile environments, such as high temperature and high dampness and pose a high anti-seeping and anti-leaking demand.
文中提出了墙体梁化的必要性、可行性及工程实例，以期有助于它的开发利用。
The necessity, feasibility and examples of this beam wall are given in this paper in the hope of contributing its development and utilizations.
建筑节能在节约能源的系统工程中占有举足轻重的地位。对建筑物进行墙体保温是建筑节能的有效途径。
Building energy efficiency is very important in energy saving system engineering in which building wall thermal insulation is a good way.
可见，研究墙体裂缝控制相关的材料力学性能在土木工程领域具有重要的现实意义。
It can clearly be seen that researching on mechanical properties under cracks control of the wall in the field of civil engineering has important practical significance.
砖混结构的墙体砌筑是工业与民用建筑的主要工作，墙体砌筑的质量直接影响着整个建筑工程的质量。
Wall masonry of brick-concrete structure is a mine work in industrial and civil buildings, so the quality of wall masonry directly affects the quality of whole construction engineering.
文章结合工程实例，有针对性地对地下室混凝土墙体裂缝控制，提出了技术处理措施。
Connected with the practical construction, the paper objectively advances the technical measures to control the crack of the concrete wall in the basement.
最后，根据试验结果，结合工程实例，对某砌体结构的墙体进行了加固。
In the end, based on test results and practice project, cracks of Masonry wall are strengthened.
适用于各种楼 盖、屋盖、基础底板、砼墙体、桥梁等空心砼结构中，特别适用于空 心砼楼盖工程中。
The invention can be applied to hollow concrete structures such as roofs, foundation floors, concrete walls and bridges, especially to project of hollow floor slabs.
地下室墙体混凝土裂缝现象十分普遍，是国内外工程界长期研究的课题。
Wall concrete crack phenomenon is a widespread and long-term studying problem in international engineering field.
分析了加气混凝土砌块墙体裂缝形成原因，提出了解决墙体裂缝的各种技术措施，列举了框架结构非承重墙体防裂做法的工程实例。
This paper present the causes for the cracks of concrete block wall, resolutions for such cracks and anti-crack wall construction practices for framed non-load-bearing partition walls.
本文就保温墙体变温环境下温度场、温度应力计算为基础编制了工程用软件。
This thesis develops an engineering software to calculate the temperature field and temperature stress under the varying temperature environments of insulation walls.
在体量上，窗体自身比例及与墙体的比例关系符合人体工程学原理；
Regarding the size, the proportional relationship on the window with itself and the wall matches the principle of Ergonomics.
第二部分主要讨论壁式框架木结构建筑的墙体、天花板和地板的装修工程。
In the second chapter, the article discusses that the frame wooden construction interior wall, ceiling and flooring finish.
通过对墙体裂缝成因的分析，对控制墙体裂缝产生提出了有效的措施，可供工程设计与施工者参考。
Based upon analysis of the cause of wall crack, the effective method is provided to control the crack in this paper, which can be referred by the engineers.
工程结构采用了框架-剪力墙体系。
但由于国内对该类墙体的抗震性能未进行系统的研究，使新建工程的设计和已建工程的评估缺少依据。
But the seismic performance of the masonry walls isn't researched systemically, and this makes a new project design and assessment of existing building structures lack of basis.
最后以实际工程为背景讨论了影响墙体稳定性的有关因素。
Based on a practical engineering, the elements affecting on the stability are discussed.
摘要：在房屋建筑工程中，地下室、墙体等经常出现裂缝，不但影响建筑物的美观，而且还影响着人们的正常生活以及财产和生命安全。
Abstract: housing construction, basement, walls and other often cracks not only affect the appearance of the buildings, but also affect people's normal life as well as property and life safety.
在实际工程领域，设计人员在计算地下连续墙体的内力值时，往往不考虑横向弯矩的影响，只是按照构造配筋，这是不妥当的。
Many engineer often ignored the transverse moments and the reinforcement is designed as constructional reinforcement. Obviously, it isn't right. What's more, this paper has discussed them method.
适用于各种楼盖、屋盖、基础底板、砼墙体、桥梁等空心砼结构中，特别适用于空心砼楼盖工程中。
The present invention is suitable for floor slab, foundation slab, wall, bridge and other hollow concrete structure, and is especially suitable for hollow concrete floor slab engineering.
塑性混凝土作为一种新型的防渗墙墙体材料，在长江堤防防渗墙工程中得到了普遍的应用。
As a new material for cutoff wall, plastic concrete was popularly used to reinforce the dike of the Yangtze River.
分析了夹层通风墙体的工程适用条件，夹层通风墙体适用于外墙面积大、新风量大、空调负荷大的建筑。
The relevance conditions of interlayer ventilation wall are big envelope, big fresh air and big air conditioning loads buildings.
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