Abstract: In the construction industry, technology plays a significant role. Techniques such as virtual reality (VR), augmented reality (AR), holograms, and other visualization techniques have been primarily concerned with sectors ...

Abstract: Building information modeling (BIM) is rapidly restructuring the construction industry, offering major enhancements in project outcomes. Although the emerging demands for BIM adoption are developing to become an industry ...

Abstract: This paper presents a two-step fuzzy clustering method for estimating haulers’ travel time. The proposed method provides a generic tool that can be incorporated in models dedicated for estimating earthmoving production. ...

Abstract: Changes in construction materials prices have a great impact on the cost of construction projects. Such changes in prices occur randomly at different rates over time. There is no clear relationship that can be used to ...

Abstract: This paper presents a framework for optimizing earthmoving operations using computer simulation and genetic algorithms. It provides a multiobjective optimization tool geared towards selection of near-optimum fleet ...

Abstract: This paper presents a simulation engine, developed to model earthmoving operations. The engine has been designed utilizing object-oriented features, and it represents a main component in a newly developed automated system ...

Abstract: Deteriorated water distribution networks require significant investments to maximize their functionality. The problem is that limited financial resources are allocated for rehabilitation strategies. This deficiency highlights ...

Abstract: Construction of bridges’ decks involves different types of resources that interact in a cyclic manner. Further, the construction operation inherits uncertainties and a variety of demands. Contractors have to select the ...