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Full-Text Articles in Architectural Technology
Influence Of Ground Granulated Blastfurnace Slag On The Thermal Properties Of Pcm-Concrete Composite Panels, Dervilla Niall, Oliver Kinnane, Roger P. West, Sarah Mccormack
Influence Of Ground Granulated Blastfurnace Slag On The Thermal Properties Of Pcm-Concrete Composite Panels, Dervilla Niall, Oliver Kinnane, Roger P. West, Sarah Mccormack
Conference papers
The thermal mass of concrete within a building can be used as an energy storage system and hence reduce the demand on the auxiliary heating and cooling systems in the building. The heat storage capacity of concrete can be enhanced by adding phase change materials (PCMs) which provide a high latent heat storage capacity. However the addition of PCM to concrete reduces the conductivity of the concrete due to the low conductivity of the PCMs. This hinders the efficient utilisation of the additional heat storage capacity provided by the PCM.
It is generally understood that the use of ground granulated …
Green Building Rating Systems And The Role Of The Project Manager, Davis Ciprikis
Green Building Rating Systems And The Role Of The Project Manager, Davis Ciprikis
Other Resources
Sustainable development has increased significantly over the last 10 years. Construction firms are adopting sustainable practices that come from both, internal and external drivers of the construction industry. In order to assess how sustainable a building is, a green building rating systems have been developed to provide a documented and systematic approach to sustainable construction practices. Amongst these rating systems are the Building Research Establishment Environmental Assessment Methods (BREEAM) introduced in the UK and the Leadership in Energy and Environmental Design (LEED) created in the USA. It has been noted that the project manager will have an important role to …
A Comparative Life Cycle Assessment For Utilising Laminated Veneer Bamboo As A Primary Structural Material In High-Rise Residential Buildings, Philip Kavanagh
A Comparative Life Cycle Assessment For Utilising Laminated Veneer Bamboo As A Primary Structural Material In High-Rise Residential Buildings, Philip Kavanagh
Masters
In a time when construction is ranked as one of the world’s least sustainable industries consuming about half of the world’s non-renewable resources (Hinson, 2012), it is important to develop and advance the methods and means by which we select and use building materials and how we design, engineer and construct our architecture. This research aimed to evaluate a method for utilising laminated veneer bamboo (LVB) as a primary structural material in high-rise residential buildings and evaluate the environmental potential of LVB through a comparative life cycle analysis (LCA). The process of life cycle analysis was completed through the development …