| Title |
Optimum Structural Design of Modified Auto-climbing Formwork System |
| Authors |
홍건호(Hong, Geon-Ho) ; 심우경(Shim, Woo-Kyung) |
| DOI |
https://doi.org/10.5659/JAIK.2020.36.10.151 |
| Keywords |
Modified auto climbing formwork system; System formwork; Optimum design; Form-tie |
| Abstract |
In this study, an analytical study was conducted on the optimum structural design of modified auto-climbing formwork system that utilizes
the steel plates at both ends of the core as a support point in connection with the steel composite core wall structural system. Accordingly,
data of optimal design of system components are accumulated through variable studies on the geometrical parameters such as the span and
height of the formwork system and the spacing of the horizontal members and form-ties. And weight analysis of the total frame was
conducted for increasing the construction ability and reducing the lifting capacity. As a results, the resistance to lateral concrete pressure
during pouring of concrete can be controlled by form-tie that connects the formwork, and accordingly, the span of the formwork or the
cross-section of the horizontal member may not significantly affect the design of the constituent member. And, the equations for expecting
the maximum displacement of formwork and the maximum stress of the form-tie were proposed for designing formwork in various
conditions. |