| Title |
An Analytical Study for Safety check of Steel Pipe Scaffolding |
| Authors |
김수나(Kim, Su-Na) ; 노영숙(Roh, Young-Sook) |
| DOI |
https://doi.org/10.5659/JAIK.2023.39.9.195 |
| Keywords |
Steel Pipe Scaffolding; Temporary Facilities; Wind Load; Load Combination; Importance Factor; Solidity Ratio |
| Abstract |
This study aims to assess the safety of steel pipe scaffolding on small-scale construction sites. It does so by comparing wind load
coefficients and load combinations for temporary structures used in scaffolding design. Specifically, when accounting for the maximum wind
speed and a workable maximum wind speed (10m/s), importance factors and solidity ratios were established for calculating wind loads on
each temporary facility. These factors were then used to compare the results through structural analysis. Furthermore, through a comparison of
load combinations that consider horizontal loads and the workable maximum wind speed (10m/s) with the load combinations considering
solely the maximum wind speed, excluding horizontal loads, it was confirmed that incorporating both factors leads to a safer design. |