Green roof systems could help reduce peak discharge and retain rainwater in urban areas. The objective of this study was to investigate the hydrological behavior a green system by using SEEP/W model. rainfall-runoff relationship within simulated results were compared with actual data from test bed for verify applicability SEEP/W. Then, verified model used simulate varying four factors (soil typ...

The use of energy efficient structures in the local construction industry assists promoting green building concepts, leading to economical and eco-friendly solutions for self-sustained structures. main aim this study was examine compare performance various buildings. Detailed 3D models (house, office, warehouse buildings) were constructed investigated their cost savings using simulation tools (...

Increasing global notices in environmental protection, green supply chain management (GSCM) has received much attention by researchers and managers more than the past. Commonly, firms have considered cost criteria to select their suppliers. Despite the fact that there are various papers considering the formal criteria in supplier selection, there is a few limited numbers considering the environ...

the purpose of this study is identification and barrier analysis for green supply chain management implementation in sirjan's golgohar using fuzzy topsis technique and fuzzy dematel technique. at first, in this study barriers for green supply chain management are identified through literature and survey with experts and the priority processing is doing with fuzzy topsis technique. this study is...

The main objective of this study is to analyze the perceived barriers and opportunities with regard implementation urban agri-green roofs (UAGR) in cities. case was conducted Barcelona, a Mediterranean compact city. World Café method used work. Five categories were discussed (social, environmental, legal/administrative, technological/architectural, economic) by interdisciplinary stakeholders. A...