Abstracts – Browse Results
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Christian, T and Lars, H (2011) Efficient on-site construction: learning points from a German platform for housing. Construction Innovation, 11(03), 338–55.
Jason, U and Umit, I (2011) Emerging technologies for BIM 2.0. Construction Innovation, 11(03), 252–8.
Jay Na, L and Frank, P (2011) Innovation performance of construction enterprises: An empirical assessment of the German and Singapore construction enterprises. Construction Innovation, 11(03), 282–304.
Leila, H, Zeeshan, A and Feniosky, P-M (2011) Visualizing greenhouse gas emissions from construction activities. Construction Innovation, 11(03), 356–70.
- Type: Journal Article
- Keywords: Air pollution; Geographic information systems (GIS); Greenhouse gas emissions; Sustainable construction; Sustainable design; Visualization
- ISBN/ISSN: 1471-4175
- URL: https://doi.org/10.1108/14714171111149052
- Abstract:
Purpose – Construction activities, particularly related to transportation, have a considerable impact on the environment and air quality. This paper aims to present a geographic information systems (GIS) and computer-aided design (CAD)-based approach for visualizing, communicating and analysing greenhouse gas (GHG) emissions resulting from construction activities. Design/methodology/approach – A methodology using GIS is developed to graphically represent spatial aspects of construction. The approach adopted involves use of a 3D model developed in CAD environment, which was synchronized with a construction schedule stored in Excel spreadsheets. GIS environment is used to link spatial and scheduling information relevant to GHG emissions from construction activities. A baseline was created to enable effective monitoring of construction emissions. Findings – The presented GIS model has the potential to enhance visualisation of distribution and dynamic variations of GHG emissions and could help stakeholders better analyse and understand how construction activities impact the environment. Originality/value – This paper presents a novel method of graphically presenting GHG and other hazardous air emissions from construction activities using a GIS-based approach. The paper presents the result of comparing the 3D surface representation of simulated estimated and actual construction emissions to show the impact of construction activities on the environment to support the engineering analysis and decision-making process.
Omar, A L T and Rifat, R (2011) General framework for designing multi-use simulation modules for estimating project durations. Construction Innovation, 11(03), 321–37.
Patrick, T I L and Franky, W H W (2011) A comparative study of buildability perspectives between clients, consultants and contractors. Construction Innovation, 11(03), 305–20.
Yuan, F and Ng, S T (2011) Applying activity-based costing approach for construction logistics cost analysis. Construction Innovation, 11(03), 259–81.