Revolutio CHECKPOLE is a specialized, high-precision software for the analysis and design of deep foundations. It provides engineers with tools to model soil-structure interaction, calculate axial and lateral capacity, determine settlements, and verify the structural integrity of pile foundations under complex loading conditions. It supports a wide range of pile types (bored, driven, micropiles) and incorporates major international design codes, making it an essential tool for infrastructure, bridge, and high-rise building projects.
Revolutio CHECKPOLE is developed for structural engineers, civil engineers, foundation designers, and geotechnical engineers. It is specifically designed for professionals who need to perform advanced analysis, design, and verification of deep foundations, particularly single piles, pile groups, and laterally loaded poles according to international standards.
Advanced Axial & Lateral Load Analysis: Calculate the ultimate bearing capacity and load-displacement behavior (t-z, q-z curves) for single piles and pile groups under vertical and lateral loads.
Comprehensive International Code Support: Implements design methodologies from Eurocode 7, API RP 2A-WSD, Danish Code, German DIN 1054, and other regional standards for geotechnical and structural verification.
Soil-Structure Interaction Modeling: Model complex soil profiles with multiple layers using various constitutive models (e.g., linear elastic, perfectly plastic, p-y curves for lateral response).
Pile Group & Raft Analysis: Analyze the interaction between piles in a group, considering group efficiency, and model combined pile-raft foundations.
Seismic & Dynamic Analysis: Perform analysis for seismic loading conditions, considering inertial and kinematic forces on deep foundations.
Structural Design of Pile Sections: Verify the structural capacity of the pile cross-section (concrete, steel, or composite) for axial force, bending moment, and shear according to structural codes like Eurocode 2 or ACI 318.
Detailed Reporting & Graphical Output: Generate comprehensive calculation reports and visualize results with graphs of load-settlement curves, bending moment diagrams, and soil reaction profiles.
This update focuses on enhanced analysis methods, expanded code compliance, and user experience improvements:
Updated p-y Curve Models for Cyclic Loading: Implementation of advanced p-y curve formulations for better prediction of pile behavior under cyclic lateral loads (e.g., from wind or waves).
Expanded Seismic Design Code Library: Added support for newer national annexes to Eurocode 8 and other regional seismic codes for foundation design.
Improved 3D Visualization of Results: Enhanced graphics for displaying deformed shapes, soil pressure bulbs, and interaction diagrams in a 3D viewport.
Streamlined Data Input & Project Management: Redesigned input dialogs for soil profiles and load cases, and a new project database browser for managing multiple analyses.
Performance & Solver Optimizations: Faster computation times for large pile group models and more robust convergence of non-linear analysis algorithms.
OS: Windows 10 (64-bit)
CPU: Intel Core i3 or AMD equivalent
RAM: 4 GB
GPU: Graphics card with 1 GB VRAM, OpenGL 3.3 support
Disk Space: 1 GB available space
Display: 1366 x 768 resolution
OS: Windows 10/11 Pro (64-bit) 21H2 or later
CPU: Intel Core i7/i9 or AMD Ryzen 7/9 (Modern multi-core processor for faster finite element analysis within pile groups)
RAM: 16 GB or more (32 GB recommended for large 3D pile group models)
GPU: Dedicated graphics card (NVIDIA Quadro P1000 / GeForce GTX 1660 or AMD equivalent) with 4+ GB VRAM for smoother 3D result visualization.
Disk Space: 5 GB available space on an SSD
Price: 145 $
Price Currency: $
Operating System: Windows
Application Category: Civil Engineering
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