轻质TRC夹芯板,以可持续硅藻土为核心,用于现有建筑的能源改造

IF 2.1 Q2 CONSTRUCTION & BUILDING TECHNOLOGY Advances in Building Energy Research Pub Date : 2019-12-02 DOI:10.1080/17512549.2019.1697752
I. Colombo, M. Colombo, M. di Prisco, B. Galzerano, L. Verdolotti
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引用次数: 5

摘要

摘要预制夹芯板的特点是外部织物钢筋混凝土(TRC)层和内部隔热芯,是一种方便的现有外墙能源改造系统。这些元件满足外墙系统的所有要求,是外部隔热复合材料系统(ETICS)和通风外墙的有效替代品。这种面板的主要特点是,它可以通过起重机的四个精确连接件应用于现有的外墙上,而无需任何脚手架。该论文提供了一个解决方案,该解决方案最初是在欧洲项目“EASEE”中设计的,目前正在伦巴第大区(意大利)支持的“智能P.I.QU.E.R”项目中开发。根据在欧洲项目中获得的经验,合作伙伴正在努力克服以前遇到的一些批评,这些批评涉及使用发泡聚苯乙烯作为绝缘材料、锚固系统的成本以及与TRC开裂有关的美学问题。主要创新涉及:开发了一种基于无机硅藻土的新型环保隔热材料;TRC层的优化;开发一种新的锚固系统。本文重点研究了在材料层面上进行的涉及外层和绝缘芯的研究。
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Lightweight TRC sandwich panels with sustainable diatomite-based core for energy retrofitting of existing buildings
ABSTRACT Precast sandwich panels, characterized by external textile reinforced concrete (TRC) layers and an inner insulation core, represent a convenient system for energy retrofitting of existing façades. These elements fulfil all the requirements for façade systems and constitute a valid alternative to both external thermal insulation composite systems (ETICS) and ventilated façades. The main feature of this kind of panel is that it could be applied on an existing façade through four punctual connectors by means of a crane, without any scaffolding. The paper provides a solution that has been firstly designed within the European project ‘EASEE’ and it is now being developed in the ‘Smart P.I.QU.E.R.’ project, supported by Lombardy Region (Italy). Basing on the experience gained in the European project, the partners are trying to overcome some criticisms previously encountered, related to the use of expanded polystyrene as insulation material, the cost of the anchoring system and aesthetical issues related to TRC cracking. The main innovations concern: the development of a new eco-friendly insulation material based on inorganic diatomite; the optimization of TRC layers; the development of a new anchoring system. This paper focuses on the research developed at the material level referring to both external layers and insulating core.
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来源期刊
Advances in Building Energy Research
Advances in Building Energy Research CONSTRUCTION & BUILDING TECHNOLOGY-
CiteScore
4.80
自引率
5.00%
发文量
11
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