Falcon API Beta Opens for Advanced Geotechnical Simulation Teams

Artemis Dev is opening the Falcon API beta to selected technical teams working in advanced numerical geomechanics. Falcon API is the core computational engine behind Falcon: the finite element platform that drives simulation workflows across the broader Falcon stack, from structured model definition to solver execution and technical integration. Falcon Minis complements that engine with a growing constitutive-model suite for teams that want deeper material-model capability, stronger calibration workflows, and richer model-level evaluation.

A finite element engine built for serious geotechnical work

Falcon API is built for advanced geotechnical finite element analysis rather than lightweight point-solution workflows. The platform is designed for technically demanding engineering and research use cases where the quality of the numerical engine matters as much as the interface around it.

• 2D and 3D geotechnical FEM, including plane strain, axisymmetric, and three-dimensional analysis workflows.

• Uncoupled, coupled, and fully coupled hydro-mechanical analysis, including unsaturated soil behavior.

• Static, consolidation, and dynamic soil simulation for demanding engineering studies.

• High-value geotechnical capabilities such as soil-structure interaction, contact, large-deformation workflows, infinite elements, and perfectly matched layers (PML).

• UMAT-based extensibility for teams that want direct control over constitutive implementation and advanced numerical workflows.

Constitutive depth with Falcon Minis

Falcon Minis extends the Falcon API ecosystem with a broader constitutive-model layer for advanced geotechnical materials work. This makes the beta valuable not only for finite element solver evaluation, but also for teams exploring bounding-surface plasticity, critical state soil models, anisotropy, cyclic mobility, liquefaction response, and calibration-oriented material studies.

Current non-elastic model families in the Falcon stack include SANISAND-type sand plasticity, SANICLAY for anisotropic critical-state clay behavior, NorSand for state-parameter sand modeling, MIT-S1 as a bounding-surface model with evolving anisotropy, Generalized Cam-Clay and CASM for critical-state constitutive formulations, Multi-Yield models for cyclic mobility response, Subloading / superloading models for structured soil behavior, Hoek-Brown for rock and rock-mass strength, and more.

What makes this beta valuable

For the right teams, this beta offers early access to the core of the Falcon platform: a geotechnical finite element engine built for advanced simulation, solver-level evaluation, and technically demanding workflows. It is especially relevant to organizations comparing modern geotechnical FEM platforms, coupled hydro-mechanical analysis tools, unsaturated soil simulation capability, soil-structure interaction workflows, and constitutive-model depth in serious numerical geomechanics software.

In practical terms, Falcon API gives technical teams a direct path into the computational core of Falcon, while Falcon Minis shows the broader constitutive-model depth that surrounds that engine. Together, they provide a strong evaluation path for firms and research groups looking for advanced geotechnical simulation software with both solver capability and material-model sophistication.

Who this beta is built for

The strongest fit is for advanced geotechnical engineers, researchers, and engineering software teams that want to evaluate both the finite element platform and the constitutive-model depth behind it.

• Geotechnical engineers and analysts working on slope stability, excavation, foundations, tunnels, dams, retaining structures, and earth-structure interaction.

• Research groups evaluating constitutive modeling, anisotropy, critical-state behavior, liquefaction response, suction effects, and large-deformation soil mechanics.

• Enterprise engineering or internal software teams assessing solver capability, constitutive extensibility, and long-term technical integration.

Mini FAQ

What is Falcon API in this beta?

Falcon API is the core computational engine behind Falcon, built for advanced geotechnical finite element simulation across uncoupled, coupled, and fully coupled workflows.

What is Falcon Minis?

Falcon Minis is the constitutive-model suite that complements Falcon API, giving technical teams access to advanced material formulations and standalone model-level evaluation paths.

Which model families are especially relevant?

Key model families include SANISAND, SANICLAY, NorSand, MIT-S1, Generalized Cam-Clay, CASM, Multi-Yield models, Subloading / superloading models, Hoek-Brown, and more, depending on whether the work is focused on sands, clays, cyclic mobility, critical-state behavior, or rock-strength response.

What kinds of workflows are most relevant?

The strongest fit includes advanced geotechnical FEM, constitutive-model evaluation, coupled hydro-mechanical analysis, unsaturated soil simulation, soil-structure interaction, and technically rigorous numerical workflows where both solver formulation and material behavior matter.

This draft is positioned as a selective invitation for serious technical evaluators who want early access to both the Falcon computational engine and the Falcon Minis constitutive-model suite.