Current Research Team
|
|
ATOLO TUINUKUAFE
Current PhD student who is working with Alkali-Activated Materials (AAM) and is developing multi-scale analytical techniques to quantify their microstructure. He is making full use of the Local Electrode Atomic Probe (5000 XS) we have available through the Central Analytical Facility (CAF). The video above highlights the nano-clusters of potassium in an alkali-activated fly ash revealed through atom probe tomography. He has several conference proceedings as well as the following peer-reviewed journal publications:
Current PhD student who is working with Alkali-Activated Materials (AAM) and is developing multi-scale analytical techniques to quantify their microstructure. He is making full use of the Local Electrode Atomic Probe (5000 XS) we have available through the Central Analytical Facility (CAF). The video above highlights the nano-clusters of potassium in an alkali-activated fly ash revealed through atom probe tomography. He has several conference proceedings as well as the following peer-reviewed journal publications:
|
|
OLUGBENRO OGUNRINDE
Current PhD student working on construction and geotechnical projects. The construction project involves analyzing and statistically comparing the effects of daytime and nighttime paving operations on the quality of construction. Another project examining the base and subbase characteristics for the South Carolina DOT is also underway. He is making full use of the Geotechnical and Materials Testing Laboratories on campus.
Current PhD student working on construction and geotechnical projects. The construction project involves analyzing and statistically comparing the effects of daytime and nighttime paving operations on the quality of construction. Another project examining the base and subbase characteristics for the South Carolina DOT is also underway. He is making full use of the Geotechnical and Materials Testing Laboratories on campus.
|
|
MARY KELLOGG
Current Masters student studying the impact of alkali-silica reaction (ASR) on electrical resistivity measurements. She is making full use of the precision impedance analyzer available in the research laboratory as well as the vacuum saturator and autoclave equipment. Her expected graduation date is May 2019.
Current Masters student studying the impact of alkali-silica reaction (ASR) on electrical resistivity measurements. She is making full use of the precision impedance analyzer available in the research laboratory as well as the vacuum saturator and autoclave equipment. Her expected graduation date is May 2019.
|
|
NINGYI SU
Visiting PhD Student from Tongji University, China who is working on several projects with base materials and asphalt fracture properties. He is currently working on his PhD under Dr. Feipeng Xiao in the College of Transportation Engineering.
Visiting PhD Student from Tongji University, China who is working on several projects with base materials and asphalt fracture properties. He is currently working on his PhD under Dr. Feipeng Xiao in the College of Transportation Engineering.