Mechanical Engineering Expert Witnesses in Georgia

This highly qualified expert has over 30 years of experience as an engineer. He received a B.S. in Mechanical Engineering from the Georgia Institute of Technology and is a Registered Professional Engineer in 9 states. A member of both the American Society of Mechanical Engineers and the National Academy of Forensic Engineers, he has published several articles on various issues including cranes and plumbing failures. He previously worked for Georgia Power Company where he maintained different plant aspects and addressed deficiencies. He also worked at Cerny & Ivey Engineers, Inc. where he managed the engineering and technical staff as well as mechanical/electrical/structural engineering and testing responsibilities. He currently serves as President and Principal Engineer for an engineering company that consults in failure investigations, safety, design, and products and materials testing.

This expert has more than 30 years experience investigating water heater, valving, piping, and injuries related to steam and water pressure. He earned his bachelors and masters degrees in Physics from Georgia Tech and is highly regarded in his field. He is currently the Principal of a mechanical engineering firm that investigates industrial steam accidents, provides consulting to operators of high pressure steam systems experiencing water hammer, and provides seminars to operators and engineers on understanding water hammer in steam systems.

This expert is a registered professional mechanical engineer with extensive hands-on experience in thermodynamics and testing. He earned his Masters and PhD in Mechanical Engineering from Georgia Institute of Technology. He has held a number of engineering positions and is currently a Professor of Mechanical Engineering focusing on thermodynamics at a technical university in the Atlanta area. Primary activities have focused on basic and applied research in the areas of constitutive model development and processing, mechanical property characterization, and structural testing & analysis for advanced materials including high performance and ultra-lightweight polymers, polymeric composites, and metals. Specifically, areas of expertise include formulating new constitutive relationships and associated experimentally-based methodologies for characterizing the time, rate, environmental, and temperature dependent mechanical response of materials; the development of laboratory testing techniques and instrumentation for investigating and determining structural and material behavior, low velocity impact effects, and related phenomenological events in composites; and the development of analytical and numerical methods for characterizing and modeling the environmental degradation, long-term durability, and damage tolerance of polymer matrix composites and MEMS structures. Current topics include experimental mechanics, MEMS, structural analysis and design, rheology, thermochemical analysis, fatigue life assessment and prediction, micromechanics and long term durability.

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