Because transportation encompasses all of the disciplines of Civil Engineering, many of K-State’s Civil Engineering faculty are involved in transportation research. For example, bridges have footings requiring geotechnical analysis, watersheds and flows requiring environmental and water resources engineering, the bridge itself requiring structural engineering, and the bridge traffic requires transportation engineers.
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Brian A. CoonDr. Coon's areas of expertise include transportation safety, accident reconstruction, non-linear finite element modeling, and the legal aspects of transportation engineering. |
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Renee Slick, Associate DirectorDriver behavior and interaction, vehicle simulation, and industrial/occupational psychology. |
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Sunanda DissanayakeTraffic engineering and highway safety; Traffic control systems; Special population groups; Modeling and simulation of transport systems; Access management; Computer applications in transportation engineering |
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Asad EsmaeilySeismic behavior of bridges under various loading conditions; Analytical methods/models in civil engineering (experimental calibration); Non-destructive tests of existing structures; Performance-based design concepts |
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Mustaque HossainPavement design evaluation; Pavement performance and management; Nondestructive testing of pavements; Highway materials; Soil stabilization |
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Alexander P. MathewsPhysicochemical processes;Water, wastewater, sludges and hazardous waste treatment; Bioprocessing for resources recovery; Sorption effects on sub-surface contaminant transport; In-situ remediation of soils and groundwater |
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Hani G. MelhemAccelerated pavement testing; Computer controlled testing of structures; Artificial intelligence and information systems; Non-destructive evaluation of structures; Finite elements and numerical modeling |
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Jacob M. NajjarNeural networks; Pavement performance and transportation engineering systems; Geosynthetics and geoenvironmental systems; Computational mechanics and geomechanics; Soil-structure interaction and underground excavations |
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Dunja PeriçAnalytical and computational geomechanics; Experimental geomechanics; Environmental geomechanics |
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Robert J. PetermanBehavior and analysis of concrete and prestressed concrete structures; Experimental testing of structural components; Durability of bridge decks; Time-dependent deformations in structures |
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Hayder A. RasheedBehavior of fiber-reinforced composite materials and structures; Stability and buckling of structural components; Nonlinear finite element analysis of structures; Nonlinear constitutive modeling of structural materials |
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David R. StewardMathematical and computer modeling of groundwater flow; Application of GIS geospatial technology to water resources; Integrated modeling approaches to understand responses to human/climate-induced changes in groundwater availability |
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Robert W. StokesPlanning and design of urban, rural and intercity transportation systems; Highway design, planning and operations; Design, planning and operation of turning lanes; Transit planning, design and operations. |