2014
DOI: 10.1016/j.resconrec.2013.10.015
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Environmental and economic impact assessment of construction and demolition waste disposal using system dynamics

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Cited by 313 publications
(122 citation statements)
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“…In construction field, most of construction projects management issues have been addressed in many of research contributions using system dynamics modeling as a simulation engine in studying the impacts of change and rework in construction project management systems (Love et al, 2002); investigating the cost and time overruns of construction project (Marco and Rafele, 2006); studying strategies of Design-Build delivery system (Park et al, 2009); assessing the effects of design errors in construction projects (Han et al, 2013); optimal selection of green building materials (Marzouk et al, 2013); analysis of environmental and economic effects of construction and demolition waste (Yuan et al, 2011;Marzouk and Azab, 2014); determining the waste disposal charging fee (Yuan and Wang, 2014); assessing the effects of recycling aggregate on sustainable road construction (Mallick et al, 2014); monitoring construction workers' safety attitudes and safe behaviors (Shin et al, 2014); study the impacts of green building related policies on the GHG emissions stock (Onat et al, 2014).…”
Section: System Dynamics Modelmentioning
confidence: 99%
“…In construction field, most of construction projects management issues have been addressed in many of research contributions using system dynamics modeling as a simulation engine in studying the impacts of change and rework in construction project management systems (Love et al, 2002); investigating the cost and time overruns of construction project (Marco and Rafele, 2006); studying strategies of Design-Build delivery system (Park et al, 2009); assessing the effects of design errors in construction projects (Han et al, 2013); optimal selection of green building materials (Marzouk et al, 2013); analysis of environmental and economic effects of construction and demolition waste (Yuan et al, 2011;Marzouk and Azab, 2014); determining the waste disposal charging fee (Yuan and Wang, 2014); assessing the effects of recycling aggregate on sustainable road construction (Mallick et al, 2014); monitoring construction workers' safety attitudes and safe behaviors (Shin et al, 2014); study the impacts of green building related policies on the GHG emissions stock (Onat et al, 2014).…”
Section: System Dynamics Modelmentioning
confidence: 99%
“…Umístění tohoto odpadu, které je legální i nelegální, zatěžuje životní prostředí, přispívá ke zvýšení spotřeby energie a vyčerpává zdroje konečných skládek. (17) Stavebnictví je největším uživatelem přírodních materiálů a zároveň je také významným zdrojem druhotných surovin vznikajících ze stavebních a demoličních odpadů. Stavební odpad by měl být minimalizován u zdroje a pokud chceme výrazně snížit úroveň konstrukčního odpadu, měli by návrháři zvážit snížení konstrukčního odpadu během procesu navrhování.…”
Section: Stavební a Demoliční Odpadunclassified
“…It is expected that its share will be doubled during the next 20 years [7] which puts CW as a culprit in global warming. Asthma attacks, premature deaths and reduction of lung function in children are stemmed from CW generation (CWG) as well as its accumulation on the ozone layer [8]. CWG quantification is a primary tool for serving other construction waste management policies i.e.…”
Section: Introductionmentioning
confidence: 99%