1 Anam-dong 5 ka
Seoul, 136-701
Korea, Republic of (South Korea)
Korea University
transmission tower, forensic investigation, Structural failure, collapse, Buckling, Full-scale test
Distortional resistance, Elastic buckling strength, Inclination angle, Load-carrying capacity, Optimized configuration
transmission tower, in-depth investigation, structural failure, collapse, buckling, full-scale test
Transmission tower, FEM analysis, Full-scale test, Latticed steel tubular tower, ultimate load-carrying capacity, failure mechanism
lattice transmission tower, 345 kV suspension type tower, LRFD-based design standard, full-scale load test, nonlinear finite element method
transmission tower, full-scale test, nonlinear analysis, Failure mechanism, local analysis, flange