Nanotechnology in Construction

Production, functionalization and performance of nanomaterials: nanoparticles, nanotubes and novel polymerS.- Investigation of the internal structure and properties of construction materials at the nanoscale and relation of these parameters to materials performance at the macroscale.- Instrumentation, techniques, and metrology for nanoscale investigation of construction materials.- Nanomodification of construction materials, including functional films and coatings.- Nanotechnology for high-strength and high-performance materials.- Nanotechnology developments in ultra-high performance concrete.- Nanotechnology in ceramics, glass,  fiber-reinforced composites and metals.- Nanomaterials for ultimate improvement of durability.- Self-repairing, smart and intelligent nanostructured materials.- Photocatalysis, air-purifying and self-cleaning materials.- Biomimetic and nano-composite materials.- Nano-assembly and “bottom-up” design in construction materials.- Modeling and simulation of nanostructure of construction materials.- Nanotechnology and nanomaterials for energy efficient construction.- Nanotechnology-enabled green materials and by-product utilization for new levels of sustainability.- Application of nanomaterials in real world construction projects.- Nanotechnology and nanomaterials for advanced transportation infrastructure.- Health, safety and environmental effects related to nanomaterials application.