Lily overhead transmission line pole tower expanded bottom pile cast-in-place pile foundation pile foundation design software

Overhead transmission line foundation design software version of the iron tower steel pole tower foundation chooses Lily cast-in-place pile foundation
Lily overhead transmission line tower foundation design software
To purchase the software, please call Beijing Lily name Chen Yunzhi by phone
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"Pole Tower Cast-in-place Pile Foundation Design Software" It was jointly developed by Hebei Electric Power Survey and Design Institute and Beijing Century Lily Technology Co., Ltd. The software was first completed in 2016 and was upgraded to the basic specification version in 2016. It was used by China Electric Power Engineering Consulting Group including East China Electric Power Design Institute, North China Electric Power Design Institute, Northwest Electric Power Design Institute, Southwest Electric Power Design Institute, Northeast Electric Power Design Institute, and Central South Electric Power Design. It is widely used by Class A, B and C power design companies across the country, including the institute, and has withstood the test of time and actual projects. The software has been continuously developed and improved in more than ten years of application, and has become one of the classic software in the power line design industry and the best choice for pile foundation design.
Applicable specifications
"Code for design of concrete structures"
"Technical regulations for the design of foundations for overhead power transmission lines"/
"Technical specifications for building pile foundations"
Overhead power transmission lines The foundation includes modules (iron tower and steel pipe poles)
) Iron tower single pile calculation and drawing
) Iron tower high pile cap calculation and drawing
) Iron tower low pile cap calculation and drawing
) Calculation and drawing of elastic coupling beams of steel pipe tower
) Calculation and drawing of single pile of steel pipe tower
) Calculation and drawing of single pile high pile cap of steel pipe tower
) Calculation and drawing of low single pile cap of steel pipe tower Drawing
) Cast-in-place pile foundation with multi-column cap
) Steel pile single pile foundation
) Steel pipe pile group pile with cap foundation
) Stepped rigid-flexible foundation
) Excavation foundation
) Slab foundation Slab slope foundation
) Narrow base gravity foundation
Main functions
) Can handle three types of single piles, coupling beam frames, and rigid platform slabs. A type of cast-in-place pile structure type
) automatically distinguishes between rigid piles and elastic piles, and automatically selects the corresponding calculation method
) with the function of automatic pile placement. The piles can be automatically laid out according to the pile layout parameters, without manual input of node coordinates
) The foundation force calculated by the tower internal force analysis program can be directly used to perform a spatial three-dimensional finite element internal force analysis on the above structural type
) The stability of the pile is checked for uplift and downward pressure, as well as the strength check of the soil on the side of the pile. When calculating the pull-out, use the interpolation method to calculate the pull-out reduction coefficient
The edge distance
) can be used to calculate the reinforcement of piles, caps, cap columns and connecting beams
) can be used to calculate multiple working conditions and multiple plans, and optimize pile diameters and pile lengths. Moreover, the upper and lower legs of single pile and rigid cap plate structures can be calculated together
) The loads considered in the calculation are known design loads, impact forces of floating objects or ships, dynamic water pressure, and Self-weight distributed load
) Piles and caps or coupling beams can be designed using different steel bars and concrete respectively
) You can choose whether to use weighted calculations of soil mechanical parameters
) You can draw pile foundation construction drawings and bending moment change curves and stress change curves
) Calculation of hinge constraints at both ends of coupling beams and calculation of pile end constraints
) Calculation of cap column reinforcement considering the bending moment in node load
) Automatic verification Pile foundation structure
) Pile cramping calculation and material statistics Capping column eccentricity calculation and drawing tightening