Materials Research

Same material annealed (heated, followed by slow cooling, in order to soften the material, regenerate overheated structures, or remove internal tensions) at two different temperatures. Image credit: National Institute of Standards and Technology (NIST).

Materials Research to Meet any Requirement

UDRI conducts comprehensive research and development in the full spectrum of materials. Since 1957, our work in material types, materials characterization, materials phenomena, and materials processing has helped customers in government and industry satisfy their mission requirements.

Top: Same material annealed (heated, followed by slow cooling, in order to soften the material, regenerate overheated structures, or remove internal tensions) at two different temperatures. Image credit: National Institute of Standards and Technology (NIST).

Advanced Composites

UDRI Advanced Composites researchers provide comprehensive capabilities in design, modeling, fabrication and processing development, and characterization of responsive, multifunctional, composite, and hybrid materials.

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Advanced High-Temperature Materials

UDRI researchers perform materials development, materials fabrication and life prediction, analytical modeling, and testing of brittle materials. We can analyze materials in different temperatures and environments for strength, fracture, fatigue, and creep behavior.

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Advanced Materials Characterization

UDRI develops technology to define damage growth in structural materials. We conduct thermal mechanical fatigue tests to simulate service environments typically experienced by materials and develop life prediction models of high-temperature aerospace materials.

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Aerospace Materials Sustainment

UDRI specializes in developing technologies in variety of polymeric materials and processes with the goal of improving sustainability and affordability for aerospace applications. We work with a variety of customers within the government and aerospace industry.

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Coatings, Corrosion, and Erosion

UDRI evaluates coatings and solves paint problems for government and industry. We also characterize organic coatings and microbial influenced corrosion and degradation of coating systems in aircraft. Our researchers specialize in aerospace coatings and corrosion-related process management and material development, evaluation, integration, and sustainment.

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Composites Manufacturing and Testing

UDRI processes and evaluates adhesives, primer, fiber reinforced polymer matrix composites, nanocomposites, and plastic materials. Our capabilities include composites manufacturing and testing, additive manufacturing, autoclave tasks, EMI shielding, environmental conditioning, adhesive bonding technology, and nanocomposite coating.

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Fluids and Lubricants

UDRI's research includes oil and fuel analysis; alternative and recycled refrigerants; aging aircraft issues; new fluid and lubricant R&D; testing of fluids, lubricants, coolants, solvents, and de-icers; ASTM and FTM qualification testing and failure analysis; lubricant performance measurement; tribological fluids evaluation; and lubricant and lubrication systems monitoring.

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Materials Characterization and Analysis

UDRI has extensive facilities and personnel devoted to materials analysis, testing, and evaluation. Our lab work includes materialography analytics; microanalytics; surface analysis; chemical analysis; and interrogation, characterization, and manipulation of materials at the nanoscale.

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Multifunctional Structures and Materials

UDRI has comprehensive capabilities for developing and integrating new and conventional materials into multifunctional structures and materials to reduce size, weight, power consumption, and manufacturing complexity and to increase performance, ruggedness, and survivability.

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Nanoelectronic Materials, Processes, and Devices

UDRI researches nanoelectronic materials synthesis, characterization, and device fabrication and performance. We investigate electron and phonon transport, grow and characterize nanoelectronic materials, and investigate electronic materials and device reliability using modeling and experimentation.

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Nondestructive Evaluation

UDRI develops, enhances, and tests nondestructive methods to characterize aerospace material properties and component integrity. We study, inspect, and characterize alloys and composites for various material properties and damage for engines and structures in aerospace and related fields.

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Particle Erosion Testing

UDRI conducts particle (sand and dust) erosion testing on aerospace materials for both Air Force and commercial customers. This work takes place at the Particle Erosion Test Facility at Wright-Patterson AFB.

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Rain Erosion Testing

UDRI conducts rain erosion testing on aerospace materials for both Air Force and commercial customers. This work takes place at the Air Force's Rain Erosion Test Facility at Wright-Patterson Air Force Base.

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Sealant and Elastomeric Materials

UDRI develops and analyzes fuel tank sealants, fuel cell bladders, potting compounds, hydraulic packings and seals, hose materials, gaskets, and specialized elastomeric sheet materials. Our analysis and evaluation  determine the adequacy of sealants and seals for use in military applications.

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Structures and Materials Evaluation

UDRI qualification tests sealants, elastomers, and cloths to meet aerospace material specifications and military specifications. Our ability to evaluate all three material types makes us unique among testing laboratories.

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CONTACT

University of Dayton Research Institute


300 College Park
Dayton, Ohio 45469 - 7759
937-229-2113
Email