-
Amir Moghadam
Research Expertise and Interest
Composites, nanomaterials, sensors, mechanics of materials, multiscale modeling
Research Center/Lab at KSU
Q336
-
Ashish Aphale
Research Expertise and Interest
Materials for energy, Fuel Cells, Electrolyzers, Oxidation and Corrosion
Research Center/Lab at KSU
Energy Materials Laboratory, Q136
-
Eduardo Farfan
Research Expertise and Interest
Radiation dose assessment, Monte Carlo simulation, radiation detector development,
environmental dosimetry, internal/external dosimentry
Research Center/Lab at KSU
Q-149
-
Ali Khazaei
Research Expertise and Interest
Integrated design of HVAC systems and sustainability, Energy Efficiency and Advanced
Decisiom making, Renewable Energy Methods and Green Technolgy.
Research Center/Lab at KSU
Q-148
-
Dal Kim
Research Expertise and Interest
Robotics, Control for Biomedical System, Brain imaging, Biomedical instrumentation,
Fluorescence Imaging, Optimal Control, Model predictive control, Motion tracking,
Microrobotics, Nonholonomic motion planning, Optogenetics, Neuroscience
Research Center/Lab at KSU
Automated Systems, Control, and Imaging(ASCI) Lab, G207
-
Bo Li
Research Expertise and Interest
Biomaterials, Nanomaterials, Self-assembly, Charge Transport, Molecular Electronics
and Artificial Neuron
-
Simin Nasseri
Research Expertise and Interest
Mechanical Design, Biomedical Engineering, Manufacturing Engineering, Rheology and
Viscoelasticity, Polymer Processing, Computational Mechanics and CFD, Robotics, Micromachinery
(MEMS) and Engineering Education.
Research Center/Lab at KSU
Biomedical Engineering Lab, Q 336
-
Jungkyu Park
Research Expertise and Interest
Nanoscale heat transfer, carbon nanomaterials, molecular dynamics simulation, thermal
measurement, nanomechanics
Research Center/Lab at KSU
Nanoscale Heat Transfer Lab, G207
-
Richard Ruhala
Research Expertise and Interest
acoustics, vibration, noise measurement, noise control, mechanics.
Research Center/Lab at KSU
Q 336
-
Muhammad Salman
Research Expertise and Interest
Bioacoustics, biomechanics, dynamics and vibrations in human body biomechanics. Mechanical
properties of human skeletal muscles/tendons such as stiffness (E) are found using
a low-cost surface wave and shear wave method.
Research Center/Lab at KSU
Bioacoustics Lab, G 131
-
Mehdi Sarmast
Research Expertise and Interest
Modal Analysis, Vibration testing, Nonlinear System Identification, Nonlinear Resonant
Decay Method (NLRDM), Dynamics System.
Research Center/Lab at KSU
Q-144
-
Novonil Sen
Research Expertise and Interest
Ultrasonic Nondestructive Evaluation, Earthquake Engineering
-
Gaurav Sharma
Research Expertise and Interest
Aerodynamics, Advanced Space Propulsion, Compressible Flows, Computational Fluid Dynamics
(CFD), and Swirl Flows and Swirl Dynamics
Research Center/Lab at KSU
Advanced Aero and Propulsion Lab, G 102
-
Lei Shi
Research Expertise and Interest
Biomechanics, Cardiovascular Research, Gastrointestinal Research, Artificial Intelligence,
Computational Physics
Research Center/Lab at KSU
Cardiovascular Gastrointestinal AI Biomechanics Lab (CarVGasAI Lab)
-
Valmiki Sooklal
Research Expertise and Interest
Renewable energy, biomedical engineering, remote sensing, sustainable housing
Research Center/Lab at KSU
Q 336
-
Philippe Sucosky
Research Expertise and Interest
fluid mechanics, hemodynamics, cardiovascular flow, cardiovascular biomechanics, mechanobiology,
cardiovascular disease, tissue and cell culture
Research Center/Lab at KSU
Multi-Scale Cardiovascular Bioengineering Laboratory (G-202, Q-209)
-
Ayse Tekes
Research Expertise and Interest
Design, development, modeling, and control of compliant mechanisms and soft robots;
development of virtual lab simulations in MATLAB; development of 3D Printed Lab Equipment
design for engineering courses
Research Center/Lab at KSU
Dynamics and Control Research Lab, G 114
-
Tris Utschig
Research Expertise and Interest
Process education and learning to learn, using 3D-printed laboratory equipment for
learning vibrations and controls, faculty development in teaching, peer coaching,
and modeling and analysis of thermal systems for nuclear applications particularly
relating to safety aspects of fusion reactor designs
-
David Veazie
Research Expertise and Interest
Basic and applied research in the areas of constitutive model development and processing
for advanced materials including high performance and ultra-lightweight polymers,
polymeric composites, and metals. Current research topics include experimental mechanics,
energetics, MEMS, fatigue life, micromechanics and long term durability.
Research Center/Lab at KSU
Center for Advanced Materials Research and Education (CAMRE) Q 112-114
