| Title |
Lateral Displacement Analysis of Concrete Electric Pole Foundation Grounds |
| Keywords |
Concrete Pole ; Lateral Displacement ; Finite Element ; Embedded Depth |
| Abstract |
The effects of various forces acting on concrete pole are analyzed using finite element method how the forces affect on ground displacement. The soil types, wind load, location of anchor block, embedded depth of pole, and distance between poles are varied to find out effects on lateral displacement. Anchor block is effective when it is located at 1/4 of embedded depth. The displacement is decreases as elastic modulus increases. Concrete reinforcement for loosened ground is necessary for double poles because double poles cause large excavation. When embedded depth ratio decrease, lateral dispalcement increase as closer to ground surface. Large embedded depth is effective to reduce lateral displacement, and the distance between poles is not much large factor. |