Contact

Phone: 470-578-6831

Email: mjonaidi@kennesaw.edu

Office Location: L 155

Office Hours:

Research

Currently, Dr. Jonaidi's research projects are related to:

  • Innovative Approach and Challenges in the Demolition of Large-Span Post-tensioned Beams. With Dr.s Kaplan and Keyvanfar.
  • Experimental research and FEA modeling of post-tensioned slab-wall release mechanism, With Civil Engineering and Mechanical Engineering students, KSU.
  • Urban Heat Island (UHI) with Drs Keyvanfar, Shafaghat, Nasseri, Loreto. Please watch this Youtube Video.
  • CANL entrepreneurship in sustainable construction with Drs: Keyvanfar, Jiang, Meadati, and Shafaghat, KSU.
  • Experimental and Computational Investigation of Fluid Viscous Damping in Structural
    Dynamics (Mathematical and Finite Element Analysis), With Dr. Nasseri, Mechanical Engineering Department, KSU.
  • Education and AI: Progressive Insights in use of Machine Learning to Support Student Engagement Diversity: The XYZ EduOwl chatbot. With Drs keyvanfar and Shafaghat.
  • Shaping the Future of Engineering Education with AI. With Drs Nasseri and Taasoobshirazi.
  • Structural strength of biomedical supports for the spine. With Dr. Nasseri and graduate and undergraduate students.
  • Engineering Education, with Professors from Mechanical Engineering and two graduate students.
  • Research on the properties, such as resilience and compression of different foams used in the Bench Press. With Dr. Michael Hales, from Department of Health Promotion & Physical Education, and Dr. John Johnson, the Department of Exercise Science and Sport Management, KSU.

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During Dr. Jonaidi's research and industry professions, he has been involved in analysis and design of complex structural projects such as:

  • Modeling and analysis of high-rise buildings,
  • Analysis and design of steel structures,
  • Floor vibration for concrete slabs and pedestrian bridges,
  • Serviceability vibration analysis of high-rise buildings under wind effect,
  • Earthquake Engineering,
  • Design of post tensioned concrete structures.

He also used Finite Element Analysis for:

  • Nonlinear and Buckling analysis of silos and thin-walled members,
  • Temperature effects on concrete slabs,
  • Industrial concrete pavements,
  • Analysis of long span spatial steel structures,
  • Analysis of Glazing facade and so on.

Furthermore, Dr. Jonaidi has experience in: Below grade shoring walls using soil nails and ground post-tensioned anchors, retrofit of concrete structures using Fiber Reinforced Polymers (FRP), and the strengthening of structures to resist progressive collapse.

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Directed Student Learning

  • Directed studies and Graduate Research for 2021 to present will be added soon. 
  • Directed Individual/Independent Study, Department of Mechanical Engineering Department, ME, 4400, 3.0 credit hours, "A Mechanical Engineering Experimental Research Project". (August 2020 - December 2020). In-process. Advised: Williams, G.
  •  Directed Individual/Independent Study, Department of Mechanical Engineering Department, ME, 4400, 3.0 credit hours, "A Mechanical Engineering Experimental Research Project". (January 2020 - May 2020). Advised: Hewston, Drew
  •  Directed Individual/Independent Study, Department of Civil and Environmental Engineering Department, CE, 4400, 3.0 credit hours, "Experimental Research Project on Concrete Structures". (January 2020 - May 2020). Advised: Bautista, Gehu
  •  Directed Individual/Independent Study, Department of Civil and Environmental Engineering Department, CE, 4400, 3.0 credit hours, "A Civil Engineering Experimental Research Project", Completed. (August 2019 - December 2019). Advised: Cooper, Chandler
  •  Directed Individual/Independent Study, Department of Civil and Environmental Engineering Department, CE, 4400, 3.0 credit hours, "A Civil Engineering Research Project on Using Finite Element Method", Completed. (August 2019 - December 2019). Advised: Leljeduh, Joshuah
  •  Directed Individual/Independent Study, Department of Civil and Environmental Engineering Department, CE, 4400, 3.0 credit hours, "A Structural Engineering Research Project", Completed. (February 2019 - May 2019). Advised: Akinkunmi, Isaiah
  •  Directed Individual/Independent Study, Department of Civil and Environmental Engineering Department, CE, 4400, 3.0 credit hours, "Investigate Frictional Connection Between Post-Tensioned Concrete Slab and Walls", Completed. (January 2019 - May 2019). Advised: Shults, Eric
  •  Directed Individual/Independent Study, Department of Mechanical Engineering Department, CE, 4400, 3.0 credit hours, "A Structural/Mechanical Engineering Research Project", Completed. (August 2018 - December 2018). Advised: Morris, Cint

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Publications:

  • Innovative Approach and Challenges in the Demolition of Large-Span Post-tensioned Beams: Insights from a Case Study. 2024. Accepted. In-print. Journal of Buildings. April 2024. https://www.mdpi.com/journal/buildings.

  • Jonaidi M., Nasseri S., Kortobi S., Pruitt C., Advancing Engineering Education: Leveraging Finite Element Method for Enhanced Learning. Poster. ASEE 2024 South East Section. 

  • Jonaidi M., Nasseri S., Vipperman K., Kortobi S. Outlining Structural Behavior of rInternal Patterns withing Additive Manufacturing. Poster. ASEE 2024 South East Section. 

  • Shafaghat A., Jonaidi M., Lee H., Chin C., Keyvanfar A. 2024. Progressive Insights in use of Machine Learning to Support Student Engagement Diversity: The XYZ EduOwl chatbot. ASEE 2024 South East Section. P: 1-16.

  • Jonaidi, M., Nasseri S., Pruitt B., Doan K., Vetter Z., (Working Paper). Enhancing Structural Resilience: Analytical Evaluation of Viscous Fluid Dampers for Earthquake Protection. 2024.
  • Jonaidi, M., Nasseri S., Kortobi S., Pruitt C. (Working Paper). Using Finite Element Method (FEM) as a Teaching Approach to Enhance Students Learning of Advanced Engineering Topics. ready to be submitted to International Journal of Science Education. 2024.
  • Khorami, Keyvanfar, Shafaghat, Jaonaidi. 2023. PCT patent: Aerial Vehicle Flying Station.

  • Nasseri S., Jonaidi, M., Kortobi, S., Williams G., and Willis L., 2023, "Design, Finite Element Analysis and Fabrication of Composite Orthoses for Bunions; A Comprehensive Study." Int. Journal of PSQ, Special Issue: Structural, Vibration Analysis, Design, Control and Applications. 1(1)- 59-77.

  • Nasseri S., Jonaidi, M., Kortobi, S., Williams, G. and Plowman, T., 2023, "Design and Evaluation of a New Composite Spine Support." Int. Journal of PSQ, Special Issue: Structural, Vibration Analysis, Design, Control and Applications.  1(1)- 78-90.

  • Jonaidi, M, Sasani, M., Nasseri, S. and Williams, G., 2022, "Investigating Release-Connection between Post-tensioned Concrete Slab and Wall." 2022 CSCE Annual Conference, Whistler, BC, Canada.

  • Jonaidi, M., Nasseri S., "Innovative Industry-Related Research Projects for Civil Engineering Undergraduate Students." 2022 ASEE Annual Conference & Exposition, Minneapolis, MN.

  • Nasseri S., Jonaidi, M., Nasajpour, Navid and Schultz, Ralph. "Lean Practices in Academia. A Comprehensive Review and a New Provisional Model." 2022 ASEE Annual Conference & Exposition, Minneapolis, MN.

  •  Jonaidi, M., Cooper, C. (2020). Lateral Force Transfer in Post‐Tensioned Slab to Shear Wall-Phase 2. The 2nd Annual 2020 Posters at the Georgia State Capitol.

  •  Jonaidi, M., Cooper, C. (2019). Lateral Force Transfer in Post‐Tensioned Slab to Shear Wall-Phase 1. GURC, 2019.  We submitted the abstract  to ASCE Congress 2021, accepted, but the event was canceled due to COVID pandemic.
  •  Jonaidi, M., Williams, G. (in press). ASCE-Investigating Release‐Connection between Post‐tensioned Concrete Slab and Wall. ASCE Structures Congress 2021 in Seattle, Washington.  We submitted the abstract  to NCUR 2020 at Montana State University, accepted, but the event was canceled due to COVID pandemic.
  •  Jonaidi, M., Joshuah, L. (in press). Using Comprehensive Finite Element Analysis to Simulate a Special Connection in Post-Tensioned Concrete. NCUR 2020.
  • Jonaidi M, and Sasani M.(2012). Retrofit of concrete slabs with FRP to resist progressive collapse, 2012 Structures Congress (ASCE), Chicago, IL, 488-497
  • Nasseri S, and Jonaidi M.(2011). Efficient Teaching Methods in Engineering Mechanics Courses, Polytechnic Summit, SPSU, June 2011 (Published by International Journal of Polytechnic Studies, Volume 1, Number 1, Fall 2011)
  •  Jonaidi  M. and Ansourian P. (2000). Buckling Behaviour of Closed and Open top Cylindrical Shells Subjected to Meridional Edge Deformation, Proc. 3th Intl. Conf. on Coupled Instabilities in Metal Structures CIMS '2000, Lisbon, 21-23.
  •  Jonaidi M. and Ansourian  P. (1999). Buckling of Cylindrical Shells Subjected to Edge Vertical Deformation, ICASS 99 Second Intl. Conf. on Advances in Steel Structures, Hong Kong, 15-17 Dec. 1999.
  •  Jonaidi M., Chaaya M. and Ansourian P.(1998), Cylindrical shells subjected to vertical edge deformation and internal pressure. The 2nd International Conference on Thin-Walled Structures, National University of Singapore. (Ed.: Shanmugan, Richard Liew and Thevendran) Elsevier, 613-620.
  •  Jonaidi  M. and Ansourian  P. (1998). 'Behaviour of Storage Bins under Harmonic Edge Settlement, Proc. 6th Intl. Conf. on Bulk Materials Storage, Handling and Transportation, Wollongong, Australia., 451-457
  •  Jonaidi M. and Ansourian  P.(1998). Harmonic Settlement Effects on Uniform and Tapered Tank Shells, Thin-walled Structures, Vol. 31:1-3, 237-255.
  •  Jonaidi  M. and Ansourian  P. (1997). Non-linear behaviour of storage tank shells under harmonic edge settlement, Intl Conf on carrying capacity of steel shell structures, Brno, Czech Republic, Oct., (Ed.: Krupka V, and Schneider, P.), 164- 170.
  •  Jonaidi  M. and Ansourian  P. (1997). Base Settlement Effects on Fixed Roof Storage Tank Shells, Proc. 15th Australian Conference on the Mechanics of Structures and Materials, (Ed.: Grzebieta, Al-Mahaidi & Wilson), Balkeema, Rotterdam, , 505-510.
  • Jonaidi  M. and Ansourian  P. (1996). Effects of differential settlement on storage tank shells, Proc. ICASS 96 Intl. Conf. on Advances in Steel Structures, Hong Kong, Dec., (Ed.: SL Chan and JG Teng), Pergamon, Vol. 2, 821-826.

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Presentations:

  • 2023-2024 presentations will be added soon.
  • Jonaidi, M, Sasani, M., Nasseri, S. and Williams, G., 2022, "Investigating Release-Connection between Post-tensioned Concrete Slab and Wall." 2022 CSCE Annual Conference, Whistler, BC, Canada. 
  • Jonaidi, M., Nasseri S., "Innovative Industry-Related Research Projects for Civil Engineering Undergraduate Students." 2022 ASEE Annual Conference & Exposition, Minneapolis, MN.
  • Hewston, A. (Presenter & Author), Hales, M. E. (Author Only), Jonaidi, M. (Author Only), Johnson II, J. D. (Author Only), 24th Annual Symposium of Student Scholars, "The Influence of Mechanical Properties Associated with Exercise Equipment Padding on Maximizing Performance and Minimizing Potential Soft-Tissue Injury when Performing High-Intensity Weight Lifting Exercises," Kennesaw State University, Kennesaw, Georgia. (April 16, 2020).
  •  Bautista, G. (Presenter & Author), Jonaidi, M. (Author Only), Symposium of Student Scholars, "Special Connection Between Post‐Tensioned Concrete Slab and Walls," Kennesaw State University, Kennesaw, Georgia. (April 16, 2020).
  •  Leljedal, J. (Presenter & Author), Jonaidi, M. (Author Only), The 2nd Annual 2020 Posters at the Georgia State Capitol, "Analysis of a Concrete  connections," Georgia Capitol. (February 2020).
  •  Cooper, C. (Presenter & Author), Jonaidi, M. (Author Only), The 2nd Annual 2020 Posters at the Georgia State Capitol, "Lateral Force Transfer in Post‐Tensioned Slab to Shear Wall-Phase 2," Georgia Capitol. (February 2020).
  •  Jonaidi, M., PE workshop for engineers, "Post- Tensioned Structures Design," Tendon systems LLC., Sawnee, Ga. (March 2018).
  •  Jonaidi, M., ACI Devision, Orlando, "Structural Strengthening, using FRP and External PT," Tendon systems LLC., Orlando. (November 2016).
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