Engineering Vibrations Lab
In our engineering vibrations lab, we conduct experimental analysis of composite building models, both with and without fluid viscous dampers (FVD), to study their dynamic responses under various loading conditions. We utilize viscoelastic models such as the Generalized Maxwell, Kelvin-Voigt, and Rayleigh models to accurately characterize material behavior, ensuring our advanced finite element analysis (FEA) simulates real-life structures effectively; this is complemented by 3D printing techniques to fabricate parts that are integrated into our composite models for comprehensive vibration testing.
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Symposium of Student Scholars, Nov 2024
First runner-up in both grad and undergrad categories for the two poster.
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Simin Nasseri (Ph.D., P.E.), Currently a full professor at Kennesaw State University
Dr. Simin Nasseri currently works at the department of mechanical Engineering, Kennesaw State University (USA) as a full professor. She is recognized as the University's Distinguished Professor. Simin does research in Mechanical Engineering. At the moment, her recent projects are related to Engineering vibrations and biomechanical engineering. Formerly, she conducted research projects related to Manufacturing Engineering, Rheology and viscoelasticity, Polymer processing, Biomechanical engineering (artificial organs and soft tissue rheology), Computational Mechanics and CFD (Parallel Computing via PVM, Finite Element Method, Boundary Element Method, Completed Double Layer Boundary Element Method), Robotics, and Micromachinery. See more here.
Dr. M. Jonaidi obtained his Ph.D. from the University of Sydney and is currently working at Civil
and Environmental Engineering Department, KSU.
Over 38 years of research and industry experience, he has been involved in the analysis and design of complex structural projects, including FEA of high-rise buildings and steel structures, floor vibration analysis for concrete slabs and pedestrian bridges, serviceability vibration analysis of high-rise buildings, earthquake engineering, post-tensioned concrete structures, nonlinear and buckling analysis of thin-walled cylinders, analysis of long-span spatial steel structures, analysis of glazing facades, below-grade shoring walls, retrofit of concrete structures using Fiber Reinforced Polymers (FRP), and the strengthening of structures to resist progressive collapse. See more here.
Salim Kortobi (Lead student) Salim Kortobi graduated Summa Cum Laude from Kennesaw State University with a B.S. in Mechanical Engineering with minors in Engineering Design Graphics and Manufacturing Engineering Technology, and is currently pursuing his M.S. in Mechanical Engineering at KSU. He has extensive experience in SolidWorks and is a Certified SolidWorks Expert (CSWE) in Mechanical Design. As a SolidWorks training consultant, he empowers professionals to optimize their workflows and achieve outstanding project outcomes by effectively leveraging the software's tools and techniques. Salim also has extensive expertise in Additive Manufacturing (3D printing), which he utilized to help establish the BioMechanical Engineering Lab (BME Lab) at KSU, where he also trains students and team members in advanced techniques and equipment usage. As a research assistant for Dr. Nasseri and Dr. Jonaidi, Salim has contributed to various projects, including the development of finger, foot, and spine supports, along with the fluid viscous dampers (FVD) project. He also has extensive experience in Finite Element Analysis (FEA) and SolidWorks Simulation, which he has utilized to run detailed simulations that support ongoing research efforts, and to provide training for team members in these advanced techniques.
Brent Pruitt is a Marine Corps veteran who is currently working at KSB GIW as a design engineer
designing centrifugal slurry pumps. He graduated in 2022 from Indiana State University
with a B.S. Degree in Mechanical Engineering Technology. He is a certified Project
Management Professional (PMP) and an Engineer-In-Training (E.I.T.) with 7 years of
design experience. In 2023 he began pursuing a M.S. in Mechanical Engineering at Kennesaw
State University where he met Dr. Nasseri and took her "Advanced Manufacturing" graduate level
class. He joined her research team as Graduate Research Assistant (GRA) in Spring
2024 and continued the research project through a Master's Project course.
Kevin Doan obtained his Bachelor’s Degree in Mechanical Engineering Technology with a concentration
in Engineering Design Graphics from KSU in 2018. Since then, he has been working in
the manufacturing industry including mechanical and electrical designs for various
structures and equipment systems. He aspires to gain a better understanding in connecting
theory to practice and currently pursues a Master’s Degree in Mechanical Engineering.
Kevin was in Dr. Nasseri's "Advanced Manufacturing" graduate level class and started
to conduct research with her in 2024.
Zachary Vetter is completing his B.S. in Mechanical Engineering with a minor in Nuclear Engineering at Kennesaw State University. He has passed the FE Mechanical exam and will achieve EIT status upon graduation in December 2024. Currently, he works as a Laboratory Technician at Kimberly-Clark, focusing on product testing and troubleshooting. Zachary also contributes as a research assistant under Dr. Nasseri on the Fluid Viscous Damper Project, aimed at enhancing structural resilience.
Sebastian Garay is a Senior Mechanical Engineering student at Kennesaw State University with over
two years of industry experience. He has a strong passion for robotics and 3D modeling,
which has guided his academic and professional journey. Sebastian was introduced to
Professor Nasseri during his Machine Dynamics & Vibrations course. Early in 2024,
he contacted her to explore potential research opportunities, leading to his involvement
in the current project. His roles at the Georgia Tech Research Institute (GTRI) and
Cummins have deepened his commitment to research and development, allowing him to
thrive in collaborative environments that foster innovation. Sebastian is particularly
drawn to R&D for the opportunity to work alongside industry leaders and make meaningful
contributions to cutting-edge projects. Following graduation, he plans to pursue a
Master’s in Robotics to further enhance his expertise and impact in the field.
Kevin Chong is a senior undergraduate student at Kennesaw State University. He's expected to graduate in Fall 2024 with a B.S. in Mechanical Engineering. He was previously employed at Chart Industries as a Research and Development intern, creating new test apparatuses and prototyping pressure vessels. This is his first time working as a research assistant under the direction of Dr. Nasseri and Dr. Jonaidi.
David Amaya is a KSU undergraduate student pursuing a B.S. in Mechanical Engineering with a minor
in Aerospace Engineering. Committed to advancing his expertise, he plans to continue
his academic journey by pursuing a M.S. in
Aerospace Engineering after graduation. David serves as the president of the Fluid
Power Club, where he leads initiatives related to pneumatic and hydraulic systems.
He also works as a research assistant under Dr. Nasseri on the Fluid Viscous Damper
Project, focusing on structural dynamics using FVD's to improve a building's resilience
to earthquakes.
Urban Michaels is a rising junior studying mechanical engineering at Kennesaw State University.
Having recently conducted NSF-funded research on thermoelectric cooling for aircraft
avionics, earning "Best Poster Presentation" at Washington University in St. Louis,
he now plans to pursue a Ph.D. in mechanical engineering. Urban aims to advance aerospace
technologies through sustainable thermal management and innovative solutions.
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Publications and Presentations
"Finite Element Analysis of Seismic Response in Structural Models with and without Fluid Viscous Dampers, Using a New Viscoelastic Model, Phase I", 2024 Fall Symposium of Student Scholars, Poster, Salim Kortobi, Brent Pruitt, and Urban Micheals, Research Mentors: Simin Nasseri & Mohammad Jonaidi. First Runner-up in grad categories.
"Experimental Analysis of Vibration Mitigation in a Composite Building Prototype Using Fluid Viscous Dampers, Phase I", 2024 Fall Symposium of Student Scholars, Poster, Sebastian Garay, Salim Kortobi, David Amaya, and Kevin Chong. Research Mentors: Simin Nasseri & Mohammad Jonaidi. First Runner-up in undergrad categories.
Other Related Publications/Presentations:
Nasseri, S., Jonaidi, M., Taasoobshirazi, G., Artificial Intelligence Symposium, "Shaping the Future of Engineering Education with AI," KSU, Marietta Campus. (April 24, 2024).
Vipperman, K., Kortobi, S., Jonaidi, M., Nasseri, S., Symposium of Student Scholars-April 2024, "Outlining Structural Behavior for Internal Patterns Within Additive Manufacturing," KSU, Kennesaw, Georgia. (April 18, 2024).
Vipperman, K., Kortobi, S., Jonaidi, M., Nasseri, S., 2024 ASEE Southeastern Section Conference, "Education of Structural Behavior for Internal Patterns Within Additive Manufacturing," ASEE, Marietta, Georgia. (March 12, 2024).
Kortobi, S., Pruitt, C., Jonaidi, M., Nasseri, S., 2024 ASEE Southeastern Section Conference, "Advancing Engineering Education: Leveraging Finite Element Method for Enhanced Learning," ASEE, Marietta, Georgia. (March 11, 2024).
Jonaidi, M., Sasani, M., Nasseri, S., Williams, G. (2023). Investigating Release‐Connection between Post‐tensioned Concrete Slab and Wall. Book Chapter, Springer; Proceedings of the Canadian Society of Civil Engineering Annual Conference 2022. Whistler, B.C.: Springer Nature Switzerland AG. https://www.springerprofessional.de/en/investigating-release-connection-between-post-tensioned-concrete/26689028
Jonaidi, M., Nasseri, S. (2022). Innovative Industry-Related Research Projects for Civil Engineering Undergraduate Students. 2022 ASEE Annual Conference and Exposition Proceedings. ASEE Annual Conference 2022. http://dx.doi.org/10.18260/1-2--41214
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- Triaxial Vibrometer CESVA VC431 (ISO 804)
- Accelerometer (CESVA AC031)
- Arbitrary wave-form generator (Uni-T UTG4122A 120MHz 2Ch)
- Dell Precision 5570 i9 processor for Parallel Virtual Machine Projects (PVM) ( total of 3)
- 3D Printer (Raise 3D Pro3)
- Einstar 3D Scanner
- BEAMNOVA 6" Metal Sheet Cutter
- Pipe/Tube Cutter
- Digital Protractor, Digital Level, Digital Hand Dynamometer, Digital Newton Meter, Digital Goniometer, Flexible Ruler, Strain Gauges, Angle Vise with Swivel Base, HATCHBOX TPU, Carbon Fiber Sheet 1mm, 3M Micropore Paper Tape, Digital Caliper 8", Digital Dial Gage, Weight Set, and so on.
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