Saravanos Dimitris
- Home
- Instructors
- Saravanos Dimitris
Saravanos Dimitris
Academic position: Professor
Biographic Notes
He received a Ph.D. in Mechanical Engineering from the Pennsylvania State University (1988), a Masters in Engineering from Stevens Institute of Technology and a B.S. in Mechanical Engineering form National Technical University of Athens.
Currently a Professor at the Department of Mechanical Engineering and Aeronautics at the University of Patras, Greece (1999-date) where he teaches courses in the area of Structural Analysis, Finite Elements, Structural Dynamics and Composite Mechanics. He also heads the research group of Structural Analysis and Smart Materials. Prior to that, he worked for 10 years as a Researcher with the Structures Division at NASA Glenn Research Center in Cleveland, Ohio (1988-1999).
He has published over 150 articles and conference papers in the areas of smart composites and adaptive structures, SHM, composite structural mechanics and structural dynamics. His current research interests are in the areas of computational structural mechanics and dynamics, smart materials and structures, structural health monitoring, mechanics of composite materials and structures, nanomechanics and nanocomposites. He has received research support from national programs, EU (FP 5, 6 , 7), and international sources (NASA, NSF) for projects in the fields of aeronautics, aerospace and wind energy.
He is Associate Editor of the Journals of Wind Energy and Aerospace Science and Technology, an Associate Fellow of AIAA, member of the AIAA Adaptive Structures Committee, member of the scientific committees of the international conferences Adaptive Structures Conference, European Workshop of SHM (EWSHM) and International Conf. of Adaptive Structures Technology (ICAST).
Google Scholar: Saravanos Dimitris
Courses
ΜΜ23 | Advanced Mechanics of Composite Laminates and Structures
Postgraduate Study Program | Computational and Experimental Engineering and Advanced Materials Introduction to Laminate Mechanics and the analysis of composite structures. Typical analysis scales....
Finite Elements for Aeronautical and Aerospace Engineers
COURSE DESCRIPTION i.Introductionto the course. Review of Linear Algebra. Review of discrete mechanical systems: basic principles, various forms of equilibrium equations and methods of solution. Presentation of...
Structural Dynamics
COURSE CONTENT Review of dynamic behavior of single degree-of-freedom systems with damping. Free vibration, forced harmonic vibration – frequency response function, Transient response. Equations...
Introduction to Computer Science
COURSE CONTENT Introduction to the course. Description of the structure of computer systems, the hardware and the software. Presentation of logical gates and Boolean...
Computational Methods
COURSE CONTENT Algebraic equations root finding and iterative solution methods for non-linear simultaneous equations Gaussian elimination, partial pivoting, iterative methods Gauss-Seidel and over-relaxation, algebraic...
Finite Element Methods for Structural Analysis
COURSE CONTENT Presentation of the generalized theoretical framework for the numerical analysis of deformable solids and structures. Transition from the analytical equations of stress...
Dynamics for Aerospace Structures
COURSE CONTENT Review of dynamic behavior of single degree-of-freedom systems with damping. Free vibration, forced harmonic vibration – frequency response function, Transient response. Equations...