Research interests include structural testing of materials and components, instrumentation and testing of in-service structures, wave loadings on bridges and other structures, construction vibrations, forensic analysis and investigations, failure case studies, concrete properties, and concrete condition assessment.
Ph.D. Civil Engineering, Case Western Reserve University
M.S. Civil Engineering, Cleveland State University
B.S. Civil Engineering, Cleveland State University
Cleary, John, Andrew Gillis, and Eric Steward. A Case Study of Ground Vibrations Due to Pile Driving in Mobile, Alabama. ASCE Forensic Engineering 7th Congress. Miami, FL. November 2015. (Peer Reviewed)
James, Derek, John Cleary, and Scott Douglass. Estimating Wave Loads on Bridge Decks. ASCE/SEI Structures Congress. Portland, Oregon. April 2015
Cleary, J. Synopsis on State Requirements for Vibrations During Pile Driving. ASCE Texas Section Fall Conference and ASCE Construction Institute Summit. September 2013.See More
Cleary, J, A. Huckelbridge. Forensic Investigation of Out of Plane Vibrations in the Webs of Plate Girders. Materials Evaluation: The Monthly Journal of ASNT, Volume 69, Number 3. March, 2011.
Cleary, John. Forensic Investigations of the Innerbelt Bridge (Cuy-90-1524) in Cleveland, Ohio. Doctoral Dissertation. Case Western Reserve University. Cleveland, Ohio. 2011
Cleary, J, A. Huckelbridge. Monitoring the Relocation of the Innerbelt Bridge (CUY-90-1524) in Cleveland, Ohio (Summary). NDE/NDET for Highways & Bridges: Structural Materials Technology Conference. August 2010.
Cleary, John, and Delatte, Norbert, Implementation of Internal Curing in Transportation Concrete, Concrete Materials, Transportation Research Record No. 2070, pp. 1-7, 2008.
Delatte, N., D. Crowl, E. Mack, and J. Cleary, Evaluating High Absorptive Materials to Improve Internal Curing of Concrete, ACI Special Publications, SP 256 Internal Curing of High Performance Concrete: Lab and Field Experiences, pp 91-104. 2008.
EG 315 Mechanics of Materials
CE 314/315 CE Materials w/Lab
CE 384/385 Structural Analysis w/Lab
CE 482/582 Timber Design
CE 583 Advanced Steel Design
Faculty Advisor: Chi Epsilon (XE) Civil Engineering Honor Society