Dr. Eric Hernandez is an Associate Professor of Civil/Structural Engineering at the University of Vermont, USA. Prof. Hernandez seeks to attain a fundamental understanding of the qualitative and quantitative aspects related to the extraction of physically meaningful information from waves and vibrations measured in materials, solids, and complex structures. His research has found applications in structural health monitoring, earthquake, bridge, biomechanical, and power systems engineering. Dr. Hernandez and his students have published in journals such as Earthquake Engineering and Structural Dynamics, Engineering Mechanics, Mechanical Systems and Signal Processing, Structural Control and Health Monitoring, IEEE Trans. of Network Science, and ASCE/ASME Risk and Uncertainty in Eng. Systems. His research has been funded by multiple grants from the National Science Foundation (including a CAREER award), NASA, FHWA, National Endowment for Forestry and Communities, and the Vermont Agency of Transportation. During more than 20 years Dr. Hernandez has taught in various countries and universities (in English and Spanish) a variety of courses ranging from Applied Mechanics, Advanced Mathematics for Engineers, Structural Analysis, Dynamics, Earthquake Engineering, Reliability, and Design of Structural Systems
Latest Publication: Hernandez, E.M. “Minimal Arias intensity modification of ground motions to achieve extreme structural response” Journal of Earthquake Engineering and Structural Dynamics [Link]
Brief Research Description: Waves and vibrations are everywhere, from earthquakes and ocean waves to vibrations in suspension bridges, buildings, aircraft, musical instruments, and the human body. A fundamental property of vibrations and waves is that they carry information about the source and the medium in which they travel. This information is often hidden in noisy and biased measurements traversing through random and complex media. Prof. Hernandez seeks to attain a fundamental understanding of the qualitative and quantitative aspects related to the extraction of physically meaningful information from waves and vibrations measured in materials, solids, and complex structures. The extracted information can be used for multiple purposes, such as: determining the shape of objects, uncovering hidden defects/damage, estimating excitation sources, identifying elastic constants of the medium, and monitoring internal stresses/strains.
Courses Taught: During more than 20 years of teaching in various countries and universities (in English and Spanish), I have taught the following courses: Advanced Mathematics of Engineers, Statics, Mechanics of Materials, Applied Mechanics, Structural Analysis, Advanced Structural Analysis, Structural Dynamics, Earthquake Engineering, Reinforced Concrete Design, Uncertainty and Risk in Engineering Systems, Reliability of Engineering Systems.
