Extended Range is a high-fidelity material property database for advanced engineering analysis and validation, including FEA, CAE, and CAx workflows. It provides analysis-ready nonlinear, cyclic, fracture mechanics, and forming data for over 135,000 materials, consolidated from 90+ years of experimental research.
The material inputs required for advanced nonlinear engineering analysis, including CAE and FEA, such as stress–strain behavior across temperatures and strain rates, cyclic fatigue parameters, and formability limits, are rarely available. Engineers therefore rely on simplified assumptions or fragmented, unreliable data sources, increasing uncertainty and raising the risk of inaccurate predictions and structural failure.
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Looking for Reliable Material Properties for Advanced Engineering Analysis?
Extended Range provides advanced mechanical property data including stress–strain curves, cyclic fatigue parameters (ε–N and S–N), forming limit diagrams, high-strain-rate data, fracture mechanics parameters, and creep rupture properties.
Yes. The database aggregates validated experimental results from over 3,000 technical references spanning more than 90 years. Where experimental data is unavailable, Extended Range provides correlated property estimates with traceability.
Yes. Material datasets can be exported into common CAE and CAx environments such as ABAQUS, ANSYS, LS-DYNA, and others using solver-aligned formats.
Standard datasheets typically include limited, room-temperature properties. Extended Range provides full stress–strain behavior across temperatures and strain rates, cyclic and fatigue data, and advanced parameters required for nonlinear, durability, forming, and fracture simulations.