A consistent theme in Adair's research group is the use of the principles of colloid and interfacial chemistry.
Harry pioneered a new branch of polymers called polyphosphazenes, which he co-discovered in the 1960s
Research interests are in experimental and computational multiscale mechanics of materials.
One major focus of Brown's research is the performance of polyvinyl acetate latex adhesives.
Brownson focuses on methods of reducing the environmental impact from the manufacturer and use of products to create more sustainable designs.
Crespi research group focuses on simulating new and existing materials at the atomic scale using sophisticated computer code.
Demirel's research include designing inexpensive and sensitive biodetection devices that can be used in the doctor's office or at home.
Professor of Mechanical Engineering
Frecker is designing a new generation of micro surgical instruments to help overcome the limitations in today’s design.
New project with Dow Chemical Company to develop advanced flexible and organic electronics.
Haque works at the boundary of several exciting fields including MEMS, sensors, nanofabrication and nanoscale behavior of materials.
Heaney's research involves characterizing carbonados - porous, polycrystalline diamonds containing 100 nm-200 mm grains.
2D flexible and thin transistors, Ultra low power electronics, Electrochemical synthesis of 2D materials, and much more!
Expert on the electron microprobe, or electron probe micro analyzer (EPMA)
Beth works with students on projects across the university – from the space cement program within Civil Engineering, to additive manufactured metals with CIMP-3D.