Abstract

Dynamo Visual Programming-Based Generative Design Optimization Model for Construction Site Layout Planning. (Dept. C)

Highlights

  • CONSTRUCTION site layout planning is the process of identifying the number and size of different temporary facilities (TFs) needed through the construction process and locating these facilities to satisfy the identified geometrical and safety constraints [43]

  • The process of site layout planning starts with selecting TFs needed for each construction phase, sizing them

  • The main objective of the present study is to introduce a non-traditional optimization technique, which is easier and more suitable for solving different site layout problems

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Summary

INTRODUCTION

CONSTRUCTION site layout planning is the process of identifying the number and size of different temporary facilities (TFs) needed through the construction process and locating these facilities to satisfy the identified geometrical and safety constraints [43]. A huge advancement in artificial intelligence field takes place, which enables computer to gain infinite computational capabilities, producing numerous design alternatives, where human designers have the experience to decide what the most suitable alternative is. This is what the BIM-Generative design (GD) stands for. Applying the proposed model on a construction site layout case from literature to check its validity

LITERATURE REVIEW
OPTIMUM CONSTRUCTION SITE LAYOUT
Objective Function
Travel Distances
Facility Closeness and Spatial Relationships
DYNAMO AND VISUAL PROGRAMMING MODEL
Geometric Constraints
Optimization by Generative Design
CASE STUDY
F5 F6 F7
LIMITATIONS AND RECOMMENDATIONS
CONCLUSIONS
Full Text
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