
Future Alloy Study & Testing (FAST) Center

The Future Alloy Study & Testing (FAST) Center is an advanced materials characterization lab that provides high-throughput alloy testing and automated mechanical property testing services to support the U.S. industrial base and Department of War (DOW) research goals. Our facility accelerates material innovation with state-of-the-art velocity testing and discrete characterization for new alloys and thermal processing methods.
The FAST Center, commissioned by the Department of War (DOW), is a partnership between Scot Forge and the Innovation Capability and Modernization (ICAM) office that manages and executes the Department’s Industrial Base Analysis and Sustainment (IBAS) program element. The FAST Center is a highly automated characterization lab that supports the IBAS goals of improving the readiness and competitiveness of the U.S. industrial base by expediting the testing and reporting of new alloys and process methods.


Automated Alloy Testing to Accelerate Materials Innovation
The goal of the FAST Center is to support the DOW and the warfighter by dramatically increasing the pace of material innovation and development. This state-of-the-art, fully automated characterization lab will help expedite the certification of new materials or thermal processes by conducting thousands of tests in a matter of weeks with the ability to deliver on multiple concurrent projects.
Fast Center Operational Paths:
1. VELOCITY TESTING is High Volume Testing for Property Bounding
This path is designed and equipped to conduct rapid turnaround of very high volumes of the most common tests for property bounding. Velocity testing capabilities are designed to maximize the data available for the scientific community and are useful for rapid chemistry and heat treat iteration testing.
2. DISCRETE TESTING is Low Volume Testing for Property Refinement
This path is highly customized. Upon agreement of the appropriate chemistries or heat treatments, samples will proceed to the discrete testing path for the remainder of the characterization requirements. Given the nature of the tests, the duration of the discrete tests will be highly dependent on the alloy system and testing requirements.
March 2024
FAST Center Government Funding Received
October 2024
FAST Center Open to Project Applications
March 2025
FAST Center Velocity Testing Begins
(Limited Pace)
August 2024
FAST Center Building Construction Begins
December 2024
FAST Center Building Construction Complete
August 2025
FAST Center Operational for Velocity and Discrete Testing
FAST Center Operational Timeline:
FAST Center Government Funding Received
March 2024
FAST Center Building Construction Begins
August 2024
FAST Center Open to Project Applications
October 2024
FAST Center Building Construction Complete
December 2024
FAST Center Velocity Testing Begins
(Limited Pace)
March 2025
FAST Center Operational for Velocity and Discrete Testing
August 2025
Fast Center Capabilities:
Velocity Testing
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Sample excision and machining for standard materials
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Heat Treating
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800°F to 2000°F
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Air cool or water quench
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Room Temperature Tensile to ASTM E8
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Room Temperature Compression to ASTM E9
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Charpy Impact to ASTM E23
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Test temperatures -150°F to +100°F
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Dynamic Tear Impact to ASTM E604
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Test temperatures -150°F to +100°F
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Room Temperature Fracture Toughness to ASTM E399 / ASTM E1820
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Hardness / Microhardness per ASTM E18 / ASTM E384
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Microstructural testing includes:
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Specimen preparation
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Grain size per ASTM E112
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Inclusion rating per ASTM E45
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Density via image analysis to ASTM E1245
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Microstructural characterization
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Discrete Testing
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Guided U-Bend per ASTM E190/E290
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Double Shear for Aluminum per ASTM B769
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Alternate Temperature Tensile and Compression testing per ASTM E8, ASTM E9, ASTM E21 and ASTM E209
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Test temperatures -140°F to 1200°F
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Creep, Stress Rupture and Stress Relaxation per ASTM E139, ASTM E292, ASTM E328
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Test temperatures from room temperature to 1200°F
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Room Temperature High Cycle Fatigue per ISO 1143 (Rotating Beam)
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Axial Fatigue per ASTM 466 / 606 capability Q1 2026
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Chemistry
The FAST Center can accept fully machined specimens or cut blanks, from which we can extract samples. Please review the blank size requirements indicated on the FAST Center Rough Blank Size document to ensure enough material is provided for an efficient turnaround.

