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Cooperative Agreement FA86502025853
Award Date
9/29/20
Completion Date
12/29/26
Dollars Obligated
$23M
Overview
Activity
14
Transactions
14
Subawards
105
Federal Agency
Air Force Research Laboratory
Awardee
The Ohio State University (DLWBSLWAJWR1)
Federal Grant Program
12.800
Assistance Type
Cooperative Agreement
Place of Performance
United States
Description
Update #1
AFRL RESEARCH COLLABORATION PROGRAM II
Posted 9/29/20, 12:00 AM
Mod #
Description
Reason For Modification
Federal Obligation
(Click to sort descending)
Date
(Click to sort ascending)
Not listed
AFRL RESEARCH COLLABORATION PROGRAM II
$8.1m
7/29/24
Not listed
AFRL RESEARCH COLLABORATION PROGRAM II
$75.0k
3/6/24
Not listed
AFRL RESEARCH COLLABORATION PROGRAM II
$0
11/29/23
Not listed
AFRL RESEARCH COLLABORATION PROGRAM II
$115.0k
8/24/23
Not listed
AFRL RESEARCH COLLABORATION PROGRAM II
$100.0k
6/27/23
Grant Number
Description
Subgrantee
Prime Award
Dollars Obligated
(Click to sort descending)
Updated At
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GR138518S
THE OBJECTIVE OF THIS RESEARCH IS TO DEVELOP AND STUDY EIDS DISTRIBUTIONS FROM 3D PRINTED TITANIUM MATERIAL THAT REFLECT REALISTIC REAL-WORLD STRUCTURAL APPLICATIONS. THE DETAILS THAT WILL BE INCORPORATED INCLUDE A FEATURE-BASED STRUCTURAL GEOMETRY SUCH AS A NOTCHED OR OPEN HOLE SPECIMEN AND LOADING SPECTRUM SUCH AS FALSTAFF. THE VARIABILITY IN EIDS WILL BE EXPLORED AS A FUNCTION OF PRINT ANGLE. AN UNDERSTANDING OF THE EFFECTS OF THE AS-PRINTED SURFACE ROUGHNESS WILL BE DEVELOPED. IT IS EXPECTED THAT THE NET RESULT WILL BE A MORE REPRESENTATIVE DEFINITION OF EIDS FOR 3D PRINTED PARTS AND A BETTER UNDERSTANDING OF THE RELATIONSHIP BETWEEN EIDS FOR COUPONS AND PARTS AND THE EFFECTS OF PRINT ANGLE AND SURFACE ROUGHNESS ON EIDS. A SENSITIVITY STUDY ON REPRESENTATIVE RISK ASSESSMENT ANALYSIS WILL BE CONDUCTED TO ASCERTAIN THE RELATIVE IMPORTANCE THE VARIOUS EIDS DISTRIBUTIONS VERSUS THE OTHER PROBLEM VARIABLES.
The University Of Texas At San Antonio
Cooperative Agreement FA86502025853
$199.8k
12/18/24
GR129192S
THE OBJECTIVE OF THIS RESEARCH IS TO FIRST, UNDERSTAND AND QUANTIFY THE DEFECT DISTRIBUTION OF ADDITIVELY MANUFACTURED (AM) TITANIUM COMPONENTS AS A FUNCTION OF VARIOUS MACHINE & GEOMETRY PARAMETERS (LASER SCAN SPEED, BUILD ORIENTATION, ETC.) FOR POWDER BED FUSION PRINTING, AND SECOND, TO DETERMINE THE EFFECT THE AM DISTRIBUTIONS HAVE ON SAFETY AND INSPECTION INTERVALS FOR STRUCTURAL CONFIGURATIONS RELEVANT TO THE USAF. UTSA WILL 3D PRINT SAMPLES AND PROVIDE EXPERIMENTAL RESULTS FOR AFRL- AND UTSA-PRINTED PARTS TO ASSESS MACHINE VARIABILITY. EXPERIMENTAL DEFECT RESULTS AND FRACTURE MECHANICS MODELING WILL BE USED TO DETERMINE THE EQUIVALENT INITIAL DEFECT DISTRIBUTION. RISK ASSESSMENT MODELING WILL DETERMINE THE RELATIVE IMPORTANCE OF THE MATERIAL DEFECTS COMPARED TO OTHER MODEL PARAMETERS.
The University Of Texas At San Antonio
Cooperative Agreement FA86502025853
$194.0k
10/4/22
GR129214S
THE PROPOSED RESEARCH IS CONCERNED WITH 3-D TURBULENT INTERACTIONS CAUSED BY SWEPT IMPINGING SHOCKS FOR WHICH THERE IS LIMITED INFORMATION. THE OVERALL OBJECTIVE IS TO DEVELOP A PHYSICS-BASED UNDERSTANDING OF THE IMPACT OF SWEEP AND COMPRESSIBILITY ON THE MEAN FLOW STRUCTURE (CYLINDRICAL VERSUS CONICAL SIMILARITY) AND FLOW UNSTEADINESS, INCLUDING INSTABILITIES ASSOCIATED WITH BOTH THE INCEPTION (I.E., ROOT) AND THE QUASI-INFINITE REGIONS.
New Mexico State University
Cooperative Agreement FA86502025853
$146.7k
9/28/22
GR137112S
DEVELOP RAPID 3D COLOR SCENE MAPPING CAPABILITY TO BE TESTED ON MULTIPLE UAV PLATFORMS (STAND-IN FOR SPACECRAFT) EQUIPPED WITH A LOW-COST MONOCULAR CAMERA WITH FLASH LIDAR. THE SYSTEM WOULD BE AIDED BY USING LENTICULAR OBJECT COATINGS THAT VARY IN COLOR BASED ON VIEW ANGLE TO OPERATE IN THE STRUCTURED 3D WORKSPACE FOR HARDWARE SIMULATION OF MULTI-SPACECRAFT DOCKING, SERVICING, ASSEMBLY, AND INSPECTION. THE INTENT IS FOR THIS TECH TO BE REAL-TIME, MINIMIZE COMPUTATIONAL FOOTPRINT, AND BE ROBUST UNDER VARYING LIGHTING ON-ORBIT/IN-SPACE.
University Of Arizona
Cooperative Agreement FA86502025853
$200.0k
10/2/24
GR129135S
THE PROPOSED STUDIES WILL FOCUS ON THE ABILITY TO CONTROL AND CREATE ON-DEMAND STRUCTURES WITH SPECIFIC MECHANICAL PROPERTIES FOR TARGETED APPLICATIONS. IN THIS PROPOSED STUDIES, WE WILL INVESTIGATE THE STRUCTURE-PROPERTY RELATIONSHIPS OF THE PROTEIN AND ITS ZINC-COORDINATED COMPLEX USING COMPUTATIONAL MODELING AND EXPERIMENTAL METHODS WITH A FOCUS ON COMPUTATIONAL RESULTS VALIDATED BY EXPERIMENTAL STUDIES.
Clark Atlanta University, Inc.
Cooperative Agreement FA86502025853
$189.0k
9/23/22