Input single or multiple boundary load combinations. This includes axial loads, lateral shear forces, overturning moments, and rotational stiffness constraints at the pile head (fixed vs. free-head conditions).
For now, represents the state-of-the-art in "democratized AI"—highly capable, truly open, and small enough to run anywhere.
AllPile V7.3B is used by geotechnical and structural engineers for several critical tasks: A. Lateral Analysis (P-y Method) allpile v7 3b
: Evaluates shallow footings subjected to simultaneous vertical, lateral, shear, and moment loadings.
To understand its position in the market, it's helpful to compare AllPile to other common analysis tools. Input single or multiple boundary load combinations
Unlike single-purpose utilities that focus exclusively on axial capacity or lateral deflection, AllPile operates as a holistic suite. It handles multiple pile types under diverse loading conditions, eliminating the need for engineers to switch between disparate software programs. Version 7.3b includes stability enhancements, refined soil-structure interaction modules, and updated geometric design parameters tailored for modern engineering codes. 2. Supported Deep Foundation Types
Run the simulation to obtain deflections, bending moments, and capacity check. To understand its position in the market, it's
: Input geotechnical data for the surrounding soil layers.
Elements subjected purely to tensile or pull-out forces.
: Evaluates vertical capacity (compression and uplift), settlement, and lateral capacity (deflection and moment).
Once installed, the program's workflow is intuitive: