1st International Symposium on Nanotechnology in Construction

首届建筑纳米技术国际研讨会将涉及用于混凝土建筑的纳米材料和纳米传感器，这将有助于当前的研究。纳米技术的发展已经使纤维增强水泥基复合材料得到了更好的表征，使用纤维推出测试来确定纤维与基质的粘结强度，这是此类复合材料整体性能的重要因素。在混凝土面板和其他混凝土结构中使用纳米传感器，将增加对水化和损伤演变的理解。在研究环境中，纳米传感器可以用来检测荷载下的裂缝萌生检查器，或者通过检测水化产物的发展来监测混凝土的凝结情况。在混凝土面板中安装纳米传感器将允许对结构进行实时监测，提供有关耐久性和早期损害检测的信息。纳米技术在混凝土结构中的应用仍然是非常新的。参加首届建筑纳米技术国际研讨会将使研究人员能够参与一次重要的思想交流，并学习如何最好地将这些新想法应用于开发他们的混凝土面板。

The 1 st International Symposium on Nanotechnology in Construction will deal with bothnanomaterials and nanosensors for concrete construction, which will be beneficial to thecurrent research. Developments in nanotechnology have already enabled bettercharacterization of fiber-reinforced cementitious composites with the use of fiber push-out tests to determine fiber-matrix bond strength, an important factor in the overallperformance of such composites. The use of nanosensors in concrete panels and otherconcrete construction, would increase the understanding of hydration and damageevolution. In a research setting, nanosensors could be used to detect crack initiation inspecimens under loading or to monitor the setting of concrete by detecting thedevelopment of hydration products. The incorporation of nanosensors in concrete panelswould allow for real-time monitoring of the structure, providing information on durabilityand early damage detection. The application of nanotechnology to concrete constructionis still extremely new. Attendance at the 1 st International Symposium onNanotechnology in Construction will allow the researchers to participate in an importantexchange of ideas and learn how best to apply these new ideas in developing theirconcrete panels.