Product Overview
Rspile
Lateral & Axial Pile Analysis
Carry out lateral & axial analyses of various piles with the flexibility to design piles with multiple sections and model complex soil strata using boreholes.
Capacity Pile Analysis
Analyze Load and Bearing Capacity of both Driven and Bored piles. Driven pile analysis methods are based on Federal Highway software “Driven.” Bored pile analysis with several methods available for cohesionless soils, cohesive soils, and weak rock.
Grouped Pile Analysis
Analyze a group of piles connected by a cap. Design complex models of pile groups where each pile can be a different pile type, consisting of multiple sections.
Specifications
Axial Capacity of Driven Piles :
Adhesion types ;
Adhesion for cohesive soils
Piles driven through soft clay
Piles driven through overlying
Sands or sandy gravel
Piles without different strata
User-defined adhesion
Calculated capacities ;
Restrike, driving, ultimate
Design considerations ;
Long and short-term scour
Soft compressible soils
Negative skin friction
Non-tapered pile types ;
Pipe—open and closed end
Concrete
H-Pile
Soil materials ;
Cohesive / cohesionless
Tapered pile types ;
Timber
Raymond uniform taper
Monotube
Axially Loaded Piles :
Axial resistance analysis ;
Max allowable axial displacement
Ultimate axial resistance
Pile top loading ;
Axial
Pile Types ;
Cylindrical
Rectangular
Pipe
Common sections
Tapered or non-tapered
Reinforced concrete
Prestressed concrete
Elastic or plastic
Soil materials ;
Elastic
API sand
API clay
User-defined
Drilled clay
Drilled sand
Coyle Reese Clay (driven)
Mosher Sand
Laterally Loaded Piles :
Additional loading ;
Loading by lateral soil movement
Transition zone for sliding soil in lateral resistance function
Lateral resistance function (multiple soil movement cases)
Advanced computation options ;
Stiffness matrix calculator
Pushover analysis
Pile length vs top deflection
Group analysis ;
Cap designer
Radial, rectangular, custom patterns
Pile toe loading ;
Shear resistance
Lateral resistance analysis
Max allowable lateral displacement
Ultimate lateral resistance
Pile top loading ;
Moment in X and Y
Shear in X and Y
Slope in X and Y
Rotational stiffness in X and Y
Deflection in X and Y
Axial load
Define any combination of loading
LRFD combinations
Pile types ;
Cylindrical
Rectangular
Pipe
Typical sections
Elastic and plastic
Reinforced concrete
Prestressed concrete
Pile with casing/core
Tapered or non-tapered
Soil materials ;
Elastic
Soft clay soil
Submerged stiff clay
Dry stiff clay
Sand
Weak rock
User-defined
API method for sand
Loess
Liquefied sand
Piedmont residual soils
Strong rock (vuggy limestone)
Modified stiff clay without free water
Silt (cemented C-Phi soil)
Soft clay with user defined J
Hybrid liquefied sand
Massive rock
Output ;
Displacement X and Y
Rotation X and Y
Beam shear force X and Y
Beam moment XY and YZ
Soil reaction force X and Y
Soil stiffness X and Y
P-Y curves with depth
Use any input parameters as random variables
Model Definition :
Boreholes to define stratigraphy
Definition of multiple and pattern piles
Additional Features :
Full 3D FEM pile engine
P-Y modification factors
T-Z modification factors
Q-Z modification factors
Static and cyclic loading options
Integration with Slide2
Export to Slide2
Export to Excel
Info Viewer
Product Reference
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