Basic Study on the New Functional Concrete Containing Biological Properties

具有生物性能的新型功能混凝土的基础研究

基本信息

批准号：
17360273
负责人：
KITSUTAKA Yoshinori
金额：
$ 6.01万
依托单位：
Tokyo Metropolitan University
依托单位国家：
日本
项目类别：
Grant-in-Aid for Scientific Research (B)
财政年份：
2005
资助国家：
日本
起止时间：
2005 至 2007
项目状态：
已结题

项目摘要

Reinforced concrete (RC) has been realized the reasonable structural system, but RC needs high performance against the durability caused by the corrosion of rebar. Also environmental performance should be needed in these days. Concrete has a limitation on these environmental performance because of the basic micro structure of concrete is a conventional inorganic materials, and it is important to add a property of organic such as plant which adapts itself to the global environment from ancient times incorporating a constant temperature, self recovery and a resistance against gravity by the cavity structure and the cellular system. In this study, we examined the effects such as conventional strength, stiffness, a constant temperature function (a heat island effect reduction, a planting effect) seen in organic matter, an air quality conversion function (harmful air quality reduction), the surface layer function (long life durability). As a result, (1) clarify the effect of the concrete containing water-absorbing resin component and the effect by the planting for the temperature constancy, (2) clarify a reduction effect of the carbon dioxide density that is the cause of the global warming and the reduction effect of room air pollutants such as the formaldehyde by using the cement system materials which gave air quality conversion action. (3) extension of service life by reforming the surface layer from the rebar corrosion, and clarified the fiber mixture to the surface layer and orientation effect by the magnetic force. These results have value for the sciences from the viewpoint of the building material science, and it is thought that the possibility as construction materials of the concrete can spread as for the significance in the future as well as an important to reduce of the environmental load as environmental symbiosis

钢筋混凝土（RC）已经实现了合理的结构体系，但RC需要高性能来抵抗钢筋腐蚀引起的耐久性。如今还需要环境绩效。混凝土在这些环境性能上存在局限性，因为混凝土的基本微观结构是传统的无机材料，重要的是添加有机物的特性，如植物，自古以来就适应地球环境，包括恒温、空腔结构和细胞系统的自我恢复和抵抗重力的能力。在这项研究中，我们研究了有机物中的常规强度、刚度、恒温功能（减少热岛效应、种植效应）、空气质量转换功能（减少有害空气质量）、表面层等效果。功能（长寿命耐用性）。其结果是，(1)明确了含有吸水性树脂成分的混凝土的效果和种植对温度恒定的效果，(2)明确了作为全球变暖原因的二氧化碳密度的降低效果以及使用具有空气质量转化作用的水泥系材料对甲醛等室内空气污染物的减少效果。 (3)通过对钢筋腐蚀的表层进行改性，并通过磁力澄清纤维混合物对表层的定向作用，延长使用寿命。这些结果从建筑材料科学的角度来看具有科学价值，并且可以认为混凝土作为建筑材料的可能性可以在未来的意义以及减轻环境负荷方面发挥重要作用。环境共生