RSPile
3D Pile Analysis 
- Foundation Design
- Slope Support
Model pile foundations and analyze their response under various loads.
Article: Bored Pile Analysis
Design pile supports, which can then be used in Slide2 to investigate their effects on the stability of rock slopes or soil slopes.
Article: Integration with Slide2
Import RSPile files into Slide2 for adding comprehensive support capabilities into your slope stability analyses, making the whole process of integrating piles more efficient. Model various pile designs in RSPile and analyze their responses under various loads before using them in your Slide2 models.
The integration between Slide3 and RSPile allows you to use piles created in RSPile and then add them into Slide3 as a Support Type. You can also perform pre-analysis of piles straight from the Slide3 interface.
Import RSPile files into Slide2 for adding comprehensive support capabilities into your slope stability analyses, making the whole process of integrating piles more efficient. Model various pile designs in RSPile and analyze their responses under various loads before using them in your Slide2 models.
The integration between Slide3 and RSPile allows you to use piles created in RSPile and then add them into Slide3 as a Support Type. You can also perform pre-analysis of piles straight from the Slide3 interface.
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New Pile Capacity Table Generator
Calculate pile capacities at different locations for different types of piles automatically and generate the results into a table and a series of graphs. This feature not only provides you with the ultimate skin friction and ultimate tip resistance but helps apply different factors of safety to determine the allowable carrying capacity of the piles.
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New Tapered Piles
Raymond and Monotube piles are back in Driven Analysis with the additional tapered sections. Calculate the driven capacities of tapered piles with the flexibility of making any cross-sections tapered in the Pile type Editor, except for the H-Pile.
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Interaction Diagram
RSPile's new functionality helps you plot interaction diagrams for your reinforced concrete sections and see their structural capacity in a single click. Seamlessly plot the nominal axial load capacity P against the nominal bending moment M for a given angle of load application and generate the maximum moments Mnx'-Mny' for a given load.
Calculate pile capacities at different locations for different types of piles automatically and generate the results into a table and a series of graphs. This feature not only provides you with the ultimate skin friction and ultimate tip resistance but helps apply different factors of safety to determine the allowable carrying capacity of the piles.
Raymond and Monotube piles are back in Driven Analysis with the additional tapered sections. Calculate the driven capacities of tapered piles with the flexibility of making any cross-sections tapered in the Pile type Editor, except for the H-Pile.
RSPile's new functionality helps you plot interaction diagrams for your reinforced concrete sections and see their structural capacity in a single click. Seamlessly plot the nominal axial load capacity P against the nominal bending moment M for a given angle of load application and generate the maximum moments Mnx'-Mny' for a given load.
article
New to Settle3 and RSPile: Section Creator, Pile Types and more
article
Continuous Software Means Continuous Innovation: The New Slide3-RSPile Integration
article
New in RSPile: Bored Pile Analysis and Much More
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One-time purchase- Own the version of your license in perpetuity
- Maintenance+ subscription included in first year
- Install on one computer
Lease
Ongoing subscription- Maintenance+ subscription
- Ongoing bug fixes
- Continuous new features
- Install on one computer