Accurate, standards-compliant structural analysis for glass panels, wind loads, aluminum profiles, and frame systems. Cloud-based solvers built for engineering teams, consultants, and manufacturers.
A unified computational ecosystem enabling structural verification, code compliance, and professional report compilation.
Finite Element Method (FEM) analysis for glass plates under uniform/non-uniform pressure. Compliant with EN 16612/EN 13474 for monolithic, laminated, and double/triple double-glazed units.
Robust 2D structural analysis engine. Define complex frames, continuous beams, and columns with automated load combinations, moment distribution, and shear diagrams.
Determine peak wind pressure coefficients on building envelopes. Automated calculations based on building dimensions, terrain classifications, and local topography parameters.
Evaluate cross-sectional properties, moment of inertia requirements, and section moduli for custom aluminum extrusion profiles subjected to composite loads.
An interactive and easy-to-use platform providing advanced facade engineering solutions without extraneous technical details.
Browser-based interface provides advanced facade solutions without complex setup or extraneous technical details.
Budget-focused subscription packages offer significant cost savings on an as-needed basis with different plan options.
Leading-edge solvers generate rapid solutions for all professionals, permitting accelerated calculations and error-free designs.
Structural analysis results reported in detail with schematic drawings, company logo, and full mathematical derivation trails.
Our calculations are verified against analytical closed-form equations and finite element benchmarks to ensure absolute technical accuracy and regulatory approval.
Calculations conform strictly to European standards (EN 16612, Eurocode 1 actions on structures, Eurocode 9 aluminum structural design) and local building annex parameters.
Calculations undergo automated regression test suites comparing mathematical solver outputs against classical elasticity solutions to maintain zero-drift calculation integrity.
Technical PDF records generate detailed math derivation stages, load equations, and structural schematics, providing fully transparent compliance trails for engineering submission.
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