Overview

RSPile is a comprehensive 3D pile analysis software developed by Rocscience, designed to facilitate the analysis and design of various pile types under different loading conditions. It enables engineers to perform detailed evaluations of axially and laterally loaded piles, grouped piles, as well as driven and bored piles. The software integrates advanced modeling capabilities, allowing for the simulation of complex soil strata using borehole data, and supports the design of piles with multiple sections. RSPile is utilized in foundation design and slope support applications, providing accurate assessments of pile behavior under diverse scenarios.

Features and Capabilities

• Axial and Lateral Pile Analysis: Perform comprehensive analyses of single and multiple piles under axial and lateral loads.
• Grouped Pile Analysis: Analyze groups of piles connected by a cap, accommodating different pile types and multiple sections within the group.
• Driven and Bored Pile Capacity Evaluation: Assess the load and bearing capacities of driven and bored piles using established methods and standards.
• Pile Capacity Table Generator: Automatically calculate pile capacities at various locations for different pile types, generating results in tables and graphs.
• Integration with Slide2: Compute pile resistance forces for enhanced slope stability analysis in conjunction with Rocscience's Slide2 software.
• Reinforced Concrete Section Design: Design reinforced concrete sections for bored or prestressed piles, including options for casing, core, or structural steel additions.
• Multiple Load Cases Feature: Import and analyze multiple piles with varying types and load cases within a single model.
• User-Friendly Interface: Utilize an updated interface with ribbon menus and toolbars for streamlined navigation and operation.
• Comprehensive Reporting: Generate detailed reports, including end-bearing and skin-friction results, axial pile head stiffness, and reinforcement ratios.
• Scripting and Automation: Employ scripting tools to automate modeling workflows and enhance analysis capabilities.