Baihe pile foundation calculation software - a complete set of foundation design software for overhead transmission lines

>Lily Pile Foundation Calculation Software Complete set of foundation design software for overhead transmission lines
Which transmission line foundation design software is easy to use? The Electric Power Design Institute recommends the use of Beijing Lily Overhead Transmission Line Foundation Design Software, which complies with the technical regulations and is required for power design software. And the line basic design software has obtained the appraisal certificate issued by the China Electric Power Planning Association. The calculation is safe, reliable and reasonably priced.
To purchase Baihe transmission line foundation design software, please call Manager Chen Yunzhi
Overhead transmission step rigid foundation, slab flexible foundation, stepped plain concrete foundation, excavation foundation, slab flat slab foundation, slab slope foundation, gravity foundation, Narrow foundation foundation, stepped inclined column foundation, slab stepped inclined column foundation, sleeve foundation, excavation inclined column foundation, slab flat inclined column foundation, slab flat inclined column foundation, gravity combined foundation, cast-in-place pile single column foundation, cast-in-place pile Single column cap foundation, cast-in-place pile connecting beam frame foundation, expanded bottom pile foundation, expanded bottom pile cap foundation, cast-in-place pile multi-column cap foundation, steel pipe pile foundation, steel pipe pile cap foundation, steel pipe pile without reinforcement Platform foundation.
>The pile foundation design software for combined pile foundations was first completed in 2016 and was upgraded to the standard version in 2018. The software uses finite element algorithm and the calculation is accurate. It adopts human-machine interaction interface and has high computing efficiency. It is widely used by most domestic Class A electric power design units such as East China Electric Power Design Institute, North China Electric Power Design Institute, Northwest Electric Power Design Institute, Central South Electric Power Design Institute, Southwest Electric Power Design Institute, and Northeast Electric Power Design Institute. The software has been continuously developed and improved in the past ten years, and foundation forms such as inclined column caps, steel pile single piles, steel pile unreinforced caps, steel pile multi-pile caps, and multi-column caps have been introduced.
> \\~\\\\\\The main functions of Lily cast-in-place pile foundation single pile
, automatically distinguish rigid piles and elastic piles, and automatically select the corresponding calculation method
, input or import foundation The internal force analysis method supports three-dimensional spatial finite element internal force analysis of the pile foundation. The internal force analysis method supports the method, method, method, etc., and the stability check of the pile up and down pressure and the strength check of the soil on the side of the pile. When calculating the pull-out, the interpolation method is used to calculate the pull-out reduction coefficient
. Multi-working conditions and multi-scheme calculations can be performed to optimize the pile diameter and pile length
. The loads considered in the calculation are known. Design load, impact force of floating objects or ships, dynamic water pressure and self-weight distributed load
You can choose whether to use weighted calculation of soil mechanical parameters
You can draw pile bending moment change curves, stress change curves and Schematic diagram of displacement change curve pile distribution in soil
, automatic verification of pile foundation structure
, pile main reinforcement calculation, stirrup density range setting
, generation of foundation construction drawings and calculation books
Included Module
, iron tower single pile calculation and drawing, steel pipe pole single pile calculation and drawing
>Main functions of Lily cast-in-place pile foundation single column cap
, automatically distinguish rigid piles and elastic piles, and automatically Select the corresponding calculation method
. It has the function of automatic pile placement. The pile coordinates and cap size can be automatically determined according to the pile diameter. You can also specify the pile coordinates. The cap size is determined by the program.
\\~\\ \\\, Input or import the foundation force to perform spatial three-dimensional finite element internal force analysis on the pile foundation. The internal force analysis method supports methods, methods, methods, etc.
To check the strength of the side soil, when calculating the pull-out, use the interpolation method to calculate the pull-out reduction coefficient
. The shear resistance, punching resistance (column and side pile) and bending strength of the cap can be calculated
/> \\~\\\\\, you can perform reinforcement calculations on piles, caps, and cap columns. The types of caps include high pile caps and low pile caps. The low pile caps take into account the soil above the cap and cap The influence of lateral soil on the overall calculation
can carry out multi-working conditions and multi-scheme calculations, and optimize pile diameter and pile length. 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 can be designed using different steel bars and concrete respectively
\\~\\\\\, you can choose whether to use weighted calculation of soil mechanical parameters
, you can Draw pile bending moment change curves, stress change curves and displacement change curves, schematic diagram of pile distribution in soil
, calculation of cap column reinforcement considering the bending moment caused by node load
, density of pile stirrups, material statistics
br/>, Calculation of eccentricity of cap columns, calculation of inclined cap columns
, Generating foundation construction drawings and calculation documents
Including modules
, Calculation and drawing of low pile caps of iron towers, and high pile caps of iron towers Calculation and drawing
, Calculation and drawing of steel pipe pole low cap, calculation and drawing of steel pipe pole high pile cap
>Main functions of multi-column cap of cast-in-place pile foundation
, can handle single column cap Structural types of platforms, double-column caps and four-column caps
, automatically distinguish rigid piles and elastic piles, and automatically select the corresponding calculation method
, have automatic pile placement function, and can automatically determine according to the pile diameter The pile coordinates and cap size can also be specified. The cap size is determined by the program.
\\~\\\\\ Input or import the foundation force to perform spatial three-dimensional finite element internal force analysis on the pile foundation. The analysis method supports method, method, method, etc., and performs stability check of pile uplift and downpressure and strength check of soil on the side of pile. When calculating the pull-out, the interpolation method is used to calculate the pull-out reduction coefficient
. The shear resistance, punching resistance (column and edge pile) and bending strength of the cap can be calculated. The structural requirements of the cap and piles can be checked.
Reinforcement calculations for piles, caps, and cap columns. The types of caps include high pile caps and low pile caps. The low pile caps take into account the influence of the soil above the cap and the lateral soil of the cap on the overall calculation.
\\~\\\\\ , can carry out multi-working conditions and multi-scheme calculations, and optimize pile diameter and pile length.
, the loads considered in the calculation are known design loads, impact forces of floating objects or ships, dynamic water pressure and self-weight distributed loads
Piles and caps can be designed using different steel bars and concrete respectively.
, You can choose whether to use weighted calculation of soil mechanical parameters
, You can draw pile bending moment change curves, stress change curves and displacement change curves. Schematic diagram of pile distribution in the soil
, Cap column reinforcement calculation Consider the bending moment caused by node load
, density of pile stirrups, material statistics
, calculation of eccentricity of bearing platform columns, calculation of inclined bearing bearing columns
, generation of foundation construction drawings and calculation sheets
Applicable For the design of iron tower or multi-column steel pipe pile foundation
> Cast-in-place pile foundation connecting beams, automatically distinguish rigid piles and elastic piles, and automatically select the corresponding calculation method
\\~\\\\\, with Automatic pile placement function, automatic pile placement according to the tower root opening parameters, no need to manually enter node coordinates, input or import foundation forces to conduct spatial three-dimensional finite element internal force analysis of pile foundations Internal force analysis methods support method, method, method etc.
It supports the double-rod connecting beam foundation, and also supports the addition of piles between connecting beams
, the stability check of pulling up and pressing down the piles, and the strength check of the soil on the side of the piles. When calculating uplift, use the interpolation method to calculate the uplift reduction coefficient. You can choose whether to use weighted calculation of soil mechanical parameters
, the known design load of the load considered in the calculation, the impact force of floating objects or ships, and dynamic water pressure. As well as self-weight distributed load
\\~\\\\\, you can draw pile bending moment change curves, stress change curves and displacement change curves, schematic diagrams of pile distribution in soil
, and automatically check pile foundation structures
/>, open the drawing parameters of all connecting beam steel bars, stirrup density, material statistics
\\~\\\\\, generate basic construction drawings and calculation sheets
Suitable for iron towers or multi-column steel pipe poles
>Advantages of Steel Pile Single Pile Foundation Steel Pipe Pile Foundation
Steel pipe piles can withstand strong impact forces. Because they can withstand strong impact forces, their penetration and penetration performance are superior. It may be based on the design Requires penetration into a solid support layer. Large load-bearing capacity Due to the high yield strength of steel, a large load-bearing capacity can be obtained as long as the piles are sunk on a solid support layer. Large horizontal resistance and strong resistance to lateral forces. Because the steel pipe pile has a large cross-sectional stiffness and a large resistance moment against bending moments, it can withstand large horizontal forces. The design is highly flexible. The wall thickness of each single tube of the steel pipe pile can be changed as needed. The outer diameter can also be selected to meet the design load-bearing requirements as needed. The length of the pile is easy to adjust. When the layer used as the pile tip support layer is undulating, the prepared pile will be longer or shorter. Since the steel pipe pile can be freely welded to length or gas cut to shorten, it is easy to design the pile. length. It is easy to transport and stack, saves project costs, shortens the construction period, and has high overall economic benefits.
\\~\\\\\ Main functions
Input or import foundation forces to perform spatial three-dimensional finite element internal force analysis on pile foundations. Internal force analysis methods support methods, methods, methods, etc.
, Vertical bearing capacity calculation, pile body bending local stability calculation, pile body composite stress strength calculation
, Unreinforced cap pile considers the influence of soil above the cap and lateral soil on the cap on the overall calculation
, the loads considered in the calculation are the known design load, the impact force of floating objects or ships, dynamic water pressure and self-weight distributed load \\~\\\\\
, the pile end partition partition can choose the exposure , two points, four points, nine points, closed
, you can choose whether to use weighted calculation of soil mechanical parameters
, you can draw pile bending moment change curve, stress change curve and displacement change curve. Schematic diagram of pile distribution in soil
, Automatic optimization of the size of the unreinforced cap cap
, Generating pile foundation construction drawings and calculation books
> Steel pile single column reinforced cap platform foundation Steel pile reinforced cap platform is made by pre-setting the steel bars A foundation welded to the top of the pile and rigidly connected to the upper rib cap.
Steel pipe piles can withstand strong impact forces. Because they can withstand strong impact forces, they have excellent penetration and penetration properties and can penetrate into the solid support layer according to design requirements. Large load-bearing capacity Due to the high yield strength of steel, a large load-bearing capacity can be obtained as long as the piles are sunk on a solid support layer. Large horizontal resistance and strong resistance to lateral forces. Because the steel pipe pile has a large cross-sectional stiffness and a large resistance moment against bending moments, it can withstand large horizontal forces. The design is highly flexible. The wall thickness of each single tube of the steel pipe pile can be changed as needed. The outer diameter can also be selected to meet the design load-bearing requirements as needed. The length of the pile is easy to adjust. When the layer used as the pile tip support layer is undulating, the prepared pile will be longer or shorter. Since the steel pipe pile can be freely welded to length or gas cut to shorten, it is easy to design the pile. length. It is easy to transport and stack, saves project costs, shortens the construction period, and has high overall economic benefits.
\\~\\\\\ Main functions
Input or import foundation forces to perform spatial three-dimensional finite element internal force analysis on pile foundations. Internal force analysis methods support methods, methods, methods, etc.
, with automatic pile placement function, which can automatically determine pile coordinates according to the set total number of pile nodes
, vertical bearing capacity calculation, pile body bending local stability calculation, pile body composite stress strength calculation
, can calculate the shear resistance, punching resistance (columns and side piles) and bending strength of the cap, and can check whether the distance from the side piles to the edge of the cap meets the regulatory requirements
, perform calculations on the cap and cap columns. Reinforcement calculation cap types include high pile cap and low pile cap. The low pile cap considers the influence of the soil above the cap and the lateral soil of the cap on the overall calculation
\\~\\\\\ , The loads considered in the calculation are the known design load, the impact force of floating objects or ships, dynamic water pressure and self-weight distributed load
. The pile end partition partition can be selected from open, two-point, four-point, nine-point, and Closed
, you can choose whether to use weighted calculation of soil mechanical parameters
, you can draw pile bending moment change curve, stress change curve and displacement change curve, schematic diagram of pile distribution in soil
, cap column reinforcement The calculation considers the bending moment in the node load
, calculation of the eccentricity of the platform bearing column, calculation of the inclined bearing platform column
, and generation of foundation construction drawings and calculation sheets
>Features of the vertical step foundation software
Software calculation High efficiency, general basics only require time. The software's advanced optimization algorithm eliminates the need to assume basic size solutions before calculation. The four-leg foundation of the iron tower can be calculated as four legs of equal size (straight-line tower, two large and two small (corner tower, three large and one small) (terminal tower, three small and one large) (terminal tower with four different legs (special tower)).
Contains modules
\\~\\\\\, calculation and drawing of stepped rigid foundation (the main column is equipped with stress-bearing steel bars)
, calculation and drawing of stepped plain concrete foundation (the main column is not equipped with steel bars, Anchor bolts to lower base plate)
Main calculation functions
, can optimize the design of the foundation, and the optimized design aims at optimizing the cost of the foundation body
, can check the foundation dimensions and configuration specified by the user Whether the reinforcement meets the design condition requirements
, uplift stability calculation and downcompression stability calculation
, main column normal section strength and oblique section shear resistance calculation
, base slab concrete strength verification
, base plate Shear strength calculation, foundation punching calculation and bottom plate crack strength calculation
, anchor bolt strength verification
, foundation weak underlying layer verification
Result output
, automatic generation of foundation Construction drawings
, automatic generation of calculation sheets
, anchor bolt diagrams
>Excavation foundation\\~\\\\\ Excavation foundation refers to the concrete and steel skeleton poured into the mechanical or The foundation inside the soil tire dug manually. It is a pull-out resistant soil composed of natural soil to maintain the stability of the foundation. It can give full play to the characteristics of the original soil, has good pull-out ability and withstands large lateral bearing capacity . When the tower is located in an area with good geological conditions and no groundwater, using excavation foundation is one of the better choices. Using excavation foundation, there is less soil and slag, less water and soil loss, and less impact on the environment. < br/> Main calculation functions
It can optimize the design of the foundation. The optimal design aims at optimizing the cost of the foundation body
It can check whether the foundation size and reinforcement specified by the user meet the design conditions
, Uplift stability calculation, Down pressure stability calculation
, Bottom plate normal section bearing capacity calculation
, Main column normal section bearing capacity calculation
, Main column oblique section bearing capacity calculation
, Anchor bolt strength calculation
, lateral soil stability calculation
Result output
, automatic generation of foundation construction drawings
, automatic generation of calculation sheets
, anchor bolt processing drawings
> \\~\\\\\ The gravity foundation is characterized by relying on its own gravity to resist the uplift force and bending moment generated by external forces, regardless of the lateral soil. When the geological conditions are poor or the foundation When the digging cannot be too deep, the heavy-weight foundation has the advantages of safety, reliability, small amount of reinforcement, and simple construction. Compared with other types of foundations (relying on lateral soil, the bottom soil resists external forces) The bending moment calculation is more accurate. Because after foundation construction, the soil is no longer the original soil, and the soil parameters have changed. Gravity foundations are mostly used for foundations with poor geological conditions and shallow burials.
\\~\\\\\ There are three types of gravity foundations: single column, double column and four column. The single-column form is suitable for single-pole foundations, the double-column form is suitable for double-pole foundations, and the four-column form is suitable for narrow base towers or four-column steel pipe pole foundations.
Main functions of the software
, select or check foundation according to foundation force and soil parameters, downward pressure stability calculation, downward pressure overturning stability calculation
, calculation of main column normal section bearing capacity, and generation of foundation construction Figure, generate foundation calculation book
> Type foundation\\~\\\\\ Slab foundation means that the foundation columns and bottom plate are equipped with stress-bearing steel bars, and the step height-to-width ratio of the bottom plate is not less than or not greater than the reinforced concrete foundation.
Contains modules
, inclined plate foundation
, flat plate foundation
, plate foundation with one step
\\~\\\\\ Main calculation functions
/>, Optimizing foundation size and reinforcement
, Checking whether foundation size and reinforcement meet the design condition requirements
, Calculation of upward pull-out stability and downward pressure stability calculation
, Main column normal section strength and slope Section shear calculation
, base plate concrete strength verification
, base plate shear strength calculation, foundation punching calculation and base plate crack strength calculation
\\~\\\\\, anchor bolts Strength check
, foundation weak underlying layer check
Result output
, automatic generation of foundation construction drawings
, automatic generation of calculation sheets
, anchor bolt diagram
>Combined foundation\\~\\\\\ The joint foundation is a foundation in which the four foundation piers of the iron tower are connected as a whole with a bottom plate and the foundation piers are connected with beams.
Main functions
, Calculation of foundation stability
, Calculation of reinforcement strength of main columns, bottom plates, and connecting beams
, Optimization of foundation dimensions or calculation based on user input conditions
>, Generate basic construction drawings and calculation documents