Current Students
Postdoctoral Researcher
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Md Mostafizur Rahman, Ph.D Project Title: MXene/Conductive polymer composite for energy storage application Area of interest: MXene, conductive polymer composite, nanomaterial, energy storage device Email: M.Rahman@memphis.edu |
Ph.D Students
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Lucas Braga Carani |
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Nafiza Anjum |
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Ayomide A. Sijuade |
Undergraduate Students
Kiya J. Sims
Email: kjsims1@memphis.edu
Fran Bellevu
Email: flb18@fsu.edu
Past Students
Doctoral Students
G. Ryan Adams. (2020). Low Energy Manufacturing and Optimization of Perovskite Film Growth for Application
in Wire-Shaped Photodetection.
Md Abu Shohag. (2019). Conception and Development of Mechanoluminescent Dynamic Load and Pressure Sensor.
Chelsea Armbrister. (2018). Manufacturing Multifunctional Fiber Reinforced Composites.
Emily Hammel. (2018). Development of Processing Conditions for Manufacture of Reliable Advanced Ceramic
Preforms and Ceramic Matrix Composites.
Margaret Scheiner. (2018). Enhancing Polymer Composites with Triboluminescent Materials.
Jin Yan, graduate. (2016). Conception and development of 3D sensing using wire-shaped hybrid PV sensor as a tool
in TL-based SHM system.
Micah McCrary-Dennis. (2016). Manufacturing of Multiscale Composites utilizing the Displaced Foam Dispersion Methodology.
Dickens, T. J., graduate. (2013). Assessment of Triboluminescent Materials for Intrinsic Health Monitoring of Composite
Damage.
Olawale, D. O., graduate. (2013). In-Situ Triboluminescent Optical Fiber Sensor for Real-Time Damage Monitoring in Cementitious
Composites.
Ighodaro, Osayande Lord-Rufus, graduate. (2012). Fracture Strength and Fracture Toughness Enhancement for Advanced Ceramic Materials.
Kim, M., graduate. (2009). Modeling, Manufacturing, and Characterization of Nanocomposites and Multiscale Composites.
Master's Students
Beckford, B., graduate (2022). Investigation of Embedded Sensor Integration In Additively Manufactured Composites
Subjugated to High Velocities Present in Extreme Environments.
Carani, L. B., graduate. (2019). Investigation of Single Crystal Perovskite for Mechanoluminescence-Based Sensor Application.
Parker, L. E., graduate. (2011). Fabrication of Multiscale Composites with Carbon Nanotube Doped Resin Systems using
the RIDFT Process.
Adewuyi, O. S., graduate. (2009). Optimization Of Ultraviolet Lamp Placement for the Curing of Composites Manufactured
by the RIDFT Process.
Lim, A. P., graduate. (2007). Fabrication of Light Weight Composite Small Arms Protection Insert.
Puentes, C. A., graduate. (2007). The Utilization of Formable Paint Films in the Implementation of In-Mold Decoration
Composites Manufactured by the RIDFT Process.
Roquer, M. I., graduate. (2007). Characterization of Energy Absorbing Materials for Blunt Trauma Reduction.
Dickens, T. J., graduate. (2007). Assessment Of Triboluminescent Materials For In-Situ Health Monitoring.
Solomon, F. A., graduate. (2006). Analysis of Co-Infused Fluid Behavior For The RIDFT-IMC (Resin Infusion between Double
Flexible Tooling-In Mold Coating) Process.
Davey, K., graduate. (2005). Development of Carbon Nanotube/ Carbon Fiber Multiscale Reinforcement Composites.
Teemer, L., graduate. (2005). The Effects of Processing Parameters on the Mechanical Properties of Components Manufactured
Using the Resin Infusion between Double Flexible Tooling Process.
Chiu, P., graduate. (2004). In-Mold Coating of Composites Manufactured with the Resin between Double Flexible
Tooling Process by Means of Co-Infusion.
Nwabuzor, A. O., graduate. (2004). Development of the RIDFT Process: Incorporation of Ultraviolet (UV) Curing Technique.
Nimbalkar, R., graduate. (2003). Finite Element Modeling of A Transit Bus.
Thagard, J. R., graduate. (2001). Development of The RIDFT Process.