KEY to METALS Extended Range

Check Out How it Works

View Stress-Strain Example

View Fatigue Data Example

View Fracture Mechanics Example

View Creep Data Example

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	Download Stress-strain tour
	Download Fatigue Data tour
	Download Fracture Mechanics tour
	Download Creep Data tour

Extended Range: Benefits

Outstanding time savings; the largest metals data source in the world is one click away; intelligent search methods save time and improve results
Creates new opportunities in design and simulation with estimates that can be obtained in minutes using elaborated cross-references and proprietary calculations
Increases functionality of your CAE and FEA software tools
Integrates readily available property information for elastic range for over 100,000 metal alloys worldwide
Provides the highest quality of information owing to coupling with standard specifications and increased possibility to compare and benchmark different materials and property sets
Seamlessly integrated within KEY to METALS for unprecedented depth of information, time-saving access and otherwise difficult to find information.

Where can I find material data essential for advanced engineering calculations: stress-strain curves, fatigue properties, fracture mechanics and parameters at high temperatures?
How can I obtain stress-strain curves on various temperatures and on a specific working temperature of interest?
How can I compare fatigue properties of American, European and Asian materials?
Is it possible to get the information directly for Computer Aided Engineering (CAE) and Finite Element Analysis (FEA) software?

Stress-strain curves: Unique collection of stress-strain curves for calculations in the plastic range of thousands of materials, heat treatments and working temperatures. Both true and engineering stress curves are given for various strain rates where applicable.

Fatigue: The largest database of strain life and stress life parameters for various heat treatments and loading conditions. Monotonic properties are included for reference along with statistical parameters and estimates where applicable.

Fracture mechanics: K1C, KC, crack growth and Paris law parameters are presented, with the corresponding graph of crack growth. Monotonic properties are included in conjunction with estimates of missing parameters based on monotonic properties when applicable.	Click on image to enlarge
Creep data: Yield stress and creep rupture strength at different temperatures are displayed along with the calculation of Larsen-Miller parameter and remaining life of the component.	Click on image to enlarge