Ati Inc dba Alloy Technology Innovation
- View government funding actions
- Lexington, KY 405111200
- Phone: 304-541-1825
- Estimated Number of Employees: 6
- Estimated Annual Receipts: $1,000,000
- Business Start Date: 2008
- Contact Person: Alex Cho
- Contact Phone: 304-541-1825
- Contact Email: alex.cho@ati-ky.com
- Business Structure:
- Corporate Entity (Not Tax Exempt)
- Business Type:
- Minority Owned Business
- Self Certified Small Disadvantaged Business
- For Profit Organization
- Asian-Pacific American Owned
- Subchapter S Corporation
- Industries Served: Military Armored Vehicle, Tank, and Tank Component Manufacturing, Research and Development in the Physical, Engineering, and Life Sciences (except Biotechnology)
- Product Areas: R&D- DEFENSE SYSTEM: AIRCRAFT (APPLIED RESEARCH/EXPLORATORY DEVELOPMENT), R&D-AIRCRAFT-A RES/EXPL DEV, R&D- DEFENSE SYSTEM: AIRCRAFT (ENGINEERING DEVELOPMENT), DEFENSE AIRCRAFT (ENGINEERING), R&D- DEFENSE SYSTEM: TANK/AUTOMOTIVE (APPLIED RESEARCH/EXPLORATORY DEVELOPMENT), R&D-TANK - AUTOMOTIVE-A RES/EXPL DE, R&D-TANK - AUTOMOTIVE-ADV DEV, R&D- DEFENSE SYSTEM: TANK/AUTOMOTIVE (ADVANCED DEVELOPMENT)
Sampling of Federal Government Funding Actions/Set Asides
In order by amount of set aside monies.
- $119,900 - Tuesday the 12th of March 2013
National Aeronautics And Space Administration
NASA SHARED SERVICES CENTER
THIS PROGRAM WILL FOCUS ON DEVELOPING AND VALIDATING COMPUTATIONAL MODELS FOR NEAR-NET SHAPE PROCESSING OF ALUMINUM ALLOYS. COMPUTATIONAL MODELS WILL BE DEVELOPED FOR DEFORMATION MODELING AND FOR TEXTURE GENERATION. CHARACTERIZATION OF TWO ALUMINUM ALLOYS INCLUDING FLOW STRESS, FORGEABILITY, AND RECRYSTALLIZATION CHARACTERISTICS WILL PROVIDE INPUT FOR THE MODELS. THE MODELS WILL BE VALIDATE THROUGH LABORATORY SCALE TESTING OF THE RING ROLLING PROCESS. THE TWO ALUMINUM ALLOYS ARE 2139, WHICH HAS TIME STRENGTH AND FRACTURE TOUGHNESS AND ATI451A VARIANT OF 2139 THAT HAS EXCELLENT T6 TEMPER PROPERTIES. THE MODELS WILL BE USED TO SIMULATE FULL SCALE DEFORMATION AND PREDICT THE NONISENTROPIC MATERIAL PROPERTIES OF THE DEFORMED PRODUCT. SUCCESSFUL COMPLETION OF THIS EFFORT WILL ENHANCE NASA'S ABILITY TO IMPLEMENT NEAR-NET SHAPE MANUFACTURING PROCESSES, EVALUATE NEW MATERIALS AND REDUCE THE COST AND WEIGHT OF SPACE EXPLORATION VEHICLES
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