| Title |
Development of Automated Evaluation System for Torsional Irregularity of Hanok |
| Authors |
이민위(Lee, Min-Wi) ; 김영민(Kim, Yeong-Min) |
| DOI |
https://doi.org/10.5659/JAIK.2020.36.8.173 |
| Keywords |
Hanok; Torsional Irregularity; Automation; Evaluation System |
| Abstract |
In this paper, an automated structural design tool for evaluating torsional irregularity of Hanok has been developed using GUI based software.
The theoretical basis on the determination of torsional irregularity of Hanok is based on the precedent research of one of the authors. The
implemented system can provide useful decision criteria on the seismic design of Hanok in early design stage, and can improve flexibility
and accessibility on the design of Hanok by helping designer evaluate seismic resistant characteristics according to various plan configurations
and frame variations. The implemented system is consisted of the following procedures, that is, 1) define plan type, 2) define plan
configuration, 3) calculate mass center, 4) define lateral resistant capacity of the frames and walls, 5) arrange lateral resistant elements in
plan, 6) calculate stiffness center, 7) calculate eccentricity and allowable maximum eccentricity, and 8) evaluate torsional irregularity. The
developed system was applied to the two cases of Hanok and the results showed the field-applicability. |