A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Linear 4D system using schedule-location charts for infrastructure projects
Abstract Since the traditional 4D system is a one-axis simulation method centered on the construction schedule, it is difficult to express detailed location information of the activity. In order to solve this problem, it is necessary to configure a 4D system with a two-axis simulation method that simultaneously expresses schedule and location information of each activity. This study attempts to develop a method of constructing a ScheLo chart that expresses both schedule and location and a linear 4D system (Linear4D) directly linked to the ScheLo chart. In the Linear4D, activities can be simulated simultaneously in a specific period and location, and its practicality is verified by an actual project. In projects where activities are performed in a linear space spanning several tens of kilometers, such as roads and railroads, the activities are managed with horizontal location information, so the Linear4D can be used to expand 4D system research for infrastructure projects.
Highlights Increase efficiency of infrastructure construction work with horizontal work zones ScheLo chart and 4D system for linear activity simulation (Linear4D) is developed Gantt chart data converted to ScheLo chart for continuity of activity information 4D simulation of an actual railroad project validate system performance
Linear 4D system using schedule-location charts for infrastructure projects
Abstract Since the traditional 4D system is a one-axis simulation method centered on the construction schedule, it is difficult to express detailed location information of the activity. In order to solve this problem, it is necessary to configure a 4D system with a two-axis simulation method that simultaneously expresses schedule and location information of each activity. This study attempts to develop a method of constructing a ScheLo chart that expresses both schedule and location and a linear 4D system (Linear4D) directly linked to the ScheLo chart. In the Linear4D, activities can be simulated simultaneously in a specific period and location, and its practicality is verified by an actual project. In projects where activities are performed in a linear space spanning several tens of kilometers, such as roads and railroads, the activities are managed with horizontal location information, so the Linear4D can be used to expand 4D system research for infrastructure projects.
Highlights Increase efficiency of infrastructure construction work with horizontal work zones ScheLo chart and 4D system for linear activity simulation (Linear4D) is developed Gantt chart data converted to ScheLo chart for continuity of activity information 4D simulation of an actual railroad project validate system performance
Linear 4D system using schedule-location charts for infrastructure projects
Lee, Jae Hee (author) / Park, Sang Mi (author) / Kim, Sung Keun (author) / Kang, Leen Seok (author)
2022-06-05
Article (Journal)
Electronic Resource
English
Optimal Construction Facilities Location Selection for Linear Infrastructure Projects
| British Library Conference Proceedings | 2019
| British Library Online Contents | 2012