Performance evaluation and improvement of an innovative modular curtain wall system

本研究的目的是改进和优化一个创新的幕墙系统的设计 由uNIPI Canada Inc.开发。通过评估系统的湿度和热性能， 实验室测试和数值模拟。 在uNIPI CANADA Inc.的建设系统，建筑结构和围护子系统是可移动的 而不使用任何起重机或熟练的劳动力。通过在胶合木梁中嵌入创新的连接器 和柱，易于建立和拆卸的结构，这使得uNIPI建设系统， 简单、重量轻、高效的解决方案，可轻松更换玻璃系统或幕墙面板。 将进行实验室测试以研究水密性能和2D传热 将进行模拟以评估和优化其热性能。拟议的研究将 为高性能创新幕墙系统提供实用解决方案，并推广其应用 在小型可移动的建筑物中。当发生故障或更换时， 企业形象的需要，将大大减少在建筑物的使用寿命的维护成本。 这项研究将有助于加拿大的经济引进一种新的技术，加拿大窗帘 墙市场。

The objective of this research is to improve and optimize the design of an innovative curtain wall system developed by uNIPI Canada Inc. by evaluating the moisture and thermal performance of the system through laboratory testing and numerical modeling. In uNIPI CANADA Inc.'s constructive system, the building structure and envelope sub-systems are removable without using any cranes or skilled labor workers. By imbedding innovative connectors in glulam wood beams and columns it is easy to build up and to disassemble the structure, which makes uNIPI constructive system a simple, light-weight, efficient solution for easy replacement of glazing systems or façade panels. Laboratory tests will be performed to investigate the water tightness performance and 2D heat transfer simulations will be carried out to evaluate and optimize its thermal performance. The proposed research will result in practical solutions for a high performance innovative curtain wall system and promote its application in small and relocatable buildings. The advantages of being easily replaced when failures occur or change of corporate image is needed will substantially reduce the cost for maintenance during the building's service life. This research will contribute to Canada's economy by help introduce a new technology to Canadian curtain wall market.