The safety of tower cranes has the potential to improve practices of building and outcomes in construction. ![]() The collapsing number of tower cranes has increased with the development of the building industry. A case study including 514 crane and material supply locations is adopted to validate the effectiveness of the proposed methodology. To address these limitations, the present study proposes an automated system that includes: (1) mathematical models to determine the locations of the tower crane and the material supply, seeking to minimize not only lifting moments but also tower crane travel times and (2) a static wind-based tower crane stability analysis to support the selection of a tower crane, which is the dimensions of its foundation that produce the most stable crane foundation system. This problem may lead to crane failures or incidents due to extreme weather or improper selection of the crane foundation. ![]() However, wind effects might not be considered directly in either the tower crane stability analysis or in the selection of a tower crane and use location. ![]() Extreme wind speeds pose a serious threat to tower crane stability and can lead to excessive deflections or overturning of the mast.
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