Abstracts – Browse Results
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Al-Sudairi, A A (2007) Evaluating the effect of construction process characteristics to the applicability of lean principles. Construction Innovation, 7(01), 99–121.
Dobbelsteen, A v d, Arets, M and Nunes, R (2007) Sustainable design of supporting structures: Optimal structural spans and component combinations for effective improvement of environmental performance. Construction Innovation, 7(01), 54–71.
Eaton, D, Akbiyikli, R, Lemos, T d, Gunnigan, L, Kutanis, R O, Casensky, M, Ladra, J and Sawalhi, N E (2007) An examination of the suitability of a UK PFI model within the Czech Republic, the Republic of Ireland, Palestine (Gaza-West Bank), Portugal and Turkey. Construction Innovation, 7(01), 122–42.
Fu, C, Kaya, S and Aouad, M K G (2007) The development of an IFC-based lifecycle costing prototype tool for building construction and maintenance: Integrating lifecycle costing to nD modelling. Construction Innovation, 7(01), 85–98.
Hao, J L, Hills, M J and Huang, T (2007) A simulation model using system dynamic method for construction and demolition waste management in Hong Kong. Construction Innovation, 7(01), 7–21.
Linden, K A C v d, Kurvers, S S R, Raue, A A K and Boerstra, A A C (2007) Indoor climate guidelines in The Netherlands: Developments towards adaptive thermal comfort. Construction Innovation, 7(01), 72–84.
Tenpierik, M J, Cauberg, J J M and Thorsell, T I (2007) Integrating vacuum insulation panels in building constructions: an integral perspective. Construction Innovation, 7(01), 38–53.
- Type: Journal Article
- Keywords: Building specifications; Integration; Structural design; Thermal efficiency; Vacuum devices
- ISBN/ISSN: 1471-4175
- URL: http://www.emeraldinsight.com/10.1108/14714170710721287
- Abstract:
Purpose – Although vacuum insulation panels (VIPs) are thermal insulators that combine high thermal performance with limited thickness, application in the building sector is still rare due to lack of scientific knowledge on the behaviour of these panels applied in building constructions. This paper, therefore, seeks to give an overview of the requirements for and the behaviour of VIPs integrated into building components and constructions. Moreover, the interaction between different requirements on and properties of these integrated components are discussed in detail, since a desired high quality of the finished product demands an integral approach regarding all properties and requirements, especially during the design phase. Therefore, the importance of an integral design approach to application of VIPs is shown and emphasized in this paper. Design/methodology/approach – To achieve this objective, the legally and technically required properties of VIPs and especially their interrelationships have been studied, resulting in a relationship diagram. Based on these investigations of thermal- , service life- and structural-properties have been selected to be studied more elaborately using experimental set-up for structural testing and simulation software for thermal and hygrothermal testing. Findings – Two relationships between requirements or properties were found to be of principal importance for the design of façade components in which VIPs are integrated. First, thermal performance requirements strongly interact with structural performance, principally through the edge spacer of this façade component. A high thermal performance requires minimization of the thermal edge effect, in most cases reducing the structural performance of the entire panel. Second, an important relationship between thermal performance and service life has been recognised. The operating phenomenon mainly governing this interaction is thermal conductivity aging. Originality/value – Most research in the field of vacuum insulation until now has been directed towards gaining knowledge on specific properties of the product, especially on thermal and hygrothermal properties. The relationships and interactions between these properties and the structural behaviour, however, have been neglected. This paper, therefore, addresses the need for an integral design (and study) approach for the application of VIPs in architectural constructions. Record 30.
Timmeren, A v and Sidler, D (2007) The sustainable implant: Decentralised sanitation and energy reuse (Desaer) in the built environment. Construction Innovation, 7(01), 22–37.