2023 Volume 29 Issue 72 Pages 731-736
In this study, on a premise that super elastic alloy is incorporated into large space frame structures, behavior when compression axial force acts on test pieces with large slenderness ratio assuming braces are analyzed as a beginning of the study. Also, it is demonstrated that the maximum deflection amplitude, maximum strain, and energy absorption due to buckling when the braces using super elastic alloy receives a compressive force can be estimated accurately by evaluation formulas.
Ethical standards of the publisher (‘Ethical Standards Concerning the Peer Review for the Presentation of Architectural Transactions and Works’)
