Jose.Gomez@VDOT.Virginia.gov
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83146
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Field Study of the Wolf Creek Multi-span Curved Girder Bridge
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Project Monitor
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83136
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Development of Design Aids and Charts for the Optimized Continuity Diaphragm for New PCBT Girders
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Project Monitor
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83147
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Shear Strength of PCBT-53 Girders Fabricated with Light-Weight, Self-Consolidating Concrete
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Project Monitor
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78966
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VDOT Implementation Software Issues for AASHTO LRFD Design
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Project Manager
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71176
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Detail and System Development for Full Depth Precast Concrete Bridge Deck Panels
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Project Manager
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71270
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Evaluation of the Strength of Cement Treated Aggregate for Pavement Bases
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Project Manager
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69551
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AASHTO LRFD Impact Upon Bridge Stiffness and Strength
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Project Manager
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64228
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Proof Testing a Bridge Deck Design with Glass Fiber Reinforced Polymer (GFRP) as Top Mat Reinforcement
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Project Manager
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71178
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Determination of Remaining Service Life of Aluminum Sign Panels
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Project Manager
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71180
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Enhanced Performance Specifications for Embankment Construction
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Project Manager
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21560
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Quality Assurance Testing and Monitoring of High-Performance Steel Bridge in Virginia
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Principal Investigator
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99-R22
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Analytical and experimental evaluation of an aluminum bridge deck panel.
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97-R8
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State of the art of advanced materials in transportation structures
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97-R7
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Field study of an integral backwall bridge :final report
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97-IR2
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The economics of the introduction of modern timber bridges in Virginia
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96-R27
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Design of high-performance concrete mixtures and test beams for a bridge in Virginia
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96-R26
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Structural stiffness identification of bridge superstructures :final report
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96-R25
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Freeze-thaw durability of composite materials
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09-CR14
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Field testing of the Wolf Creek curved girder bridge :part II : strain measurements
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09-CR11
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Shear strength of a PCBT-53 girder fabricated with lightweight self-consolidating concrete
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08-CR6
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Finite element analysis of the Wolf Creek multispan curved girder bridge
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07-CR2
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The impact of the AASHTO LRFD design code on bridge stiffness and strength :Part 1 : methods and design comparisons
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07-CR14
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Development and evaluation of an adhesively bonded panel-to-panel joint for a fiber-reinforced polymer bridge deck system
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06-R32
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Dynamic analysis and testing of a curved girder bridge
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06-R12
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First bridge structure with lightweight high-performance concrete beams and deck in Virginia
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05-CR20
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Investigation of long-term prestress losses in pretensioned high performance concrete girders
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05-CR13
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Quality assurance testing of a high performance steel bridge in Virginia
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04-R4
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Composite action in a steel girder span with precast deck panels :the I-81 bridge over the New River in Radford, Virginia
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04-CR5
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Evaluation of the in-service performance of the Tom's Creek Bridge fiber-reinforced polymer superstructure
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04-CR12
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Plate & tube bridge deck evaluation in the deck test bed of the Troutville, Virginia, weigh station
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03-R2
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The introduction of modern timber bridges in Virginia :a final report on the Virginia timber bridge initiative
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03-CR8
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Improved decision making in construction using virtual site visits
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02-R13
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Environmental durability of graphite/epoxy composites :the combined effects of moisture, cathodic polarization, and stress
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01-R6
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Effect of girder spacing on bridge deck response
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01-R4
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Finite element modeling and analysis of reinforced-concrete bridge decks
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00-R6
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High performance concrete in a bridge in Richlands, Virginia
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00-R5
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Analytical and experimental evaluation of an aluminum bridge deck panel.
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00-R23
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Effect of design parameters on the dynamic response of bridges
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00-R10
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Experimental and analytical evaluation of an aluminum deck bridge
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00-CR7
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Implementation and non-destructive evaluation of composite structural shapes in the Tom's Creek Bridge
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00-CR6
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Environmental influence on the bond between a polymer concrete overlay and an aluminum substrate
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00-CR5
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Classification of longitudinal welds in an aluminum bridge deck
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