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Earthquake damages of aerial electric power distribution facilities in Japan were investigated, and factors contributing to the earthquake-proof of the facility components and ground conditions were identified for the various pole types, ground surface and layering, and foundation penetration depth.Deformation characteristics of pole-ground coupled system was evaluated by in-situ horizontal cyclic loading test, and parameters required for seismic response analysis of the aerial electric power distribution facilities were derived.

doboku gakkai rombunshū/doboku gakkai rombunshuu

EARTHQUAKE DAMAGES OBSERVED IN AERIAL ELECTRIC POWER DISTRIBUTION FACILITIES IN JAPAN AND POLE-GROUND DEFORMATION CHARACTERISTICS BY HORIZONTAL CYCLIC LOADING TEST