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Advanced software solution built by structural engineers, for structural engineers.
Advanced software solution built by structural engineers, for structural engineers.
Leverage decades of multi-disciplinary R&D expertise to streamline your design, analysis, and investigation workflows.
Leverage decades of multi-disciplinary R&D expertise to streamline your design, analysis, and investigation workflows.
The modern analytical core for PT/RC design — precise, fast, and trustworthy. From initial design to structural investigation, our tools support the full lifecycle of post‑tensioned and reinforced concrete structures.
Our software is built on a purpose‑engineered analytical engine developed specifically for PT/RC slab systems. At its foundation is a next‑generation FEM/EFM solver that captures real structural behavior with transparent mechanics, an advanced tendon modeler, accurate cracked stiffness, and realistic redistribution. Long‑term effects such as creep, shrinkage, and load history are fully integrated, producing serviceability predictions that align with field performance rather than legacy approximations.
Every component of the platform is engineered for precision: geometry processing, tendon force modeling, load‑path reconstruction, and curvature evolution are handled by algorithms designed from the ground up for modern concrete engineering. The software combines advanced numerical methods with contemporary software architecture to deliver fast, stable, and verifiable results — giving structural engineers a tool that reflects how slabs truly behave and how design codes require them to be designed.
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