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Dr. Murthy Guddati
Dr. Guddati is interested in the general area of computational mechanics, ranging from the development of new and efficient computational techniques, to the application of existing methodologies to simulate complex physical systems.
- PhD, Computational and Applied Mathematics, University of Texas
- MS, Civil Engineering, University of Cincinnati
- B.Tech., Indian Institute of Technology-Madras
Dr. Guddatiâs research interests span the general area of computational mechanics ranging from the design and theoretical analysis of new and efficient computational methods to the application of computational mechanics to complex physical systems. His current activities are related to (a) wave propagation modeling, (b) subsurface imaging based on seismic and ultrasonic waves, (c) multi-scale modeling of solids, (d) domain-decomposition methods, (e) constitutive modeling of materials, (f) soil dynamics, and (g) finite-element software development. His teaching interests include general area of mechanics and computation. His graduate mentoring is focused on interdisciplinary education that includes training in mechanics, mathematics and computational science. He is active in US Association for Computational Mechanics and American Society of Civil Engineers, and a member of various other scientific professional organizations.
Recent Research Projects for Guddati
- Performance Evaluation of Polymer Modified Asphalt Surface Treatments — 10/15/10 - 12/31/11 Details
- Arbitrarily Wide Angle Wave Equations: New Constructs for Subsurface Imaging, Unbounded Domain Analysis and Multiscale Modeling of Solids — 09/15/10 - 08/31/13 Details
- Hot Mix Asphalt Performance-Related Specification (HMA-PRS) Based on Viscoelastoplastic Continuum Damamge (VEPCD) Models — 02/06/08 - 02/05/14 Details
- Multiscale Modeling of Asphalt Concrete for Fatigue Cracking Evaluation — 12/26/06 - 03/31/12 Details
- Calibration of Rutting Models for HMA Structural and Mix Design — 08/29/05 - 12/31/09 Details
- Development of a Multiaxial VEPCD-FEP++ and Its Extension to the Indirect Tension Test — 09/09/05 - 11/30/08 Details
- Models for Predicting Top-Down Cracking of Hot-Mix Asphalt Layers — 05/01/06 - 02/16/10 Details
IN CCEE, Dr. Guddati is affiliated with
Structural Engineering and Mechanics
Computing and Systems
Research Publications
Upcoming Courses
Taught By Guddati
- CE 526 - 601 — Spring '12 Finite Element Method in Structural Engineering
- CE 721 - 001 — Fall '12 Matrix and Finite Element Structural Analysis
- CE 794 - 601 — Fall '12 Advanced Topics in Structures and Mechanics