Stephen.Lane@VDOT.Virginia.gov
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90694
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Characteristics of Hydraulic Cements, Supplementary Cementitious Materials and Other Mineral Admixtures Used in Concrete
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Principal Investigator
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91337
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Methods for Assessing the Polishing Characteristics of Aggregates for Use in Pavement Layers
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Co-Principal Investigator
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79664
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Investigation of the Effect of Wet Curing on Durability Parameters of Hydraulic Cement Concretes
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Principal Investigator
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82561
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Use of Pocket Computer with Built-in Camera for Characterizing Aggregate Shape, Angularity and Texture for QC/QA
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Co-Principal Investigator
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82140
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Measurement of Early Age Shrinkage of Virginia Concrete Mixtures
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Co-Principal Investigator
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78698
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Use of Micro-Deval Test for Virginia Aggregates
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Co-Principal Investigator
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52054
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Field Performance of Pozzolanic Cementitious Systems
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Principal Investigator
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72807
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Laboratory Investigation of Air-Void Systems Produced by Air-Entraining Admixtures in Fresh and Hard
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Principal Investigator
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73979
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Investigation of Testing Methods to Determine Long Term Durability of Wisconsin Aggregate Resources Including Natural Materials, Industrial By-Products and Recycled/Reclaimed Materials
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Co-Principal Investigator
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60530
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Investigation of Testing Methods to Determine Long-Term Durability of Wisconsin Aggregate Resources
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Principal Investigator
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98-R24
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Evaluation of concrete characteristics for rigid pavements
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97-R12
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Preliminary investigation of the relationship between capillary pore pressure and early shrinkage cracking of concrete
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96-R22
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Use of the rapid immersion test to evaluate the efficacy of admixtures to mitigate alkali-silica reactivity
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96-R18
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Initial laboratory studies of the nondestructive evaluation of concrete consolidation using a pulsed ultrasonic interferometer
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96-R1
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Effects of blends of cement kiln dust and fly ash on properties of concrete
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95-TAR4
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Evaluation of consolidation in concrete pavements
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95-R21
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Use of fly ash, slag, or silica fume to inhibit alkali-silica reactivity
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94-R17
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Alkali-silica reactivity in Virginia
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08-R9
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Measurement of early age shrinkage of Virginia concrete mixtures
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08-CR11
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Portable image analysis system for characterizing aggregate morphology
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07-R7
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An evaluation of the performance of concretes containing fly ash and ground slag in bridge decks
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07-R29
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Use of the Micro-Deval test for assessing the durability of Virginia aggregates
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06-R38
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Laboratory comparison of several tests for evaluating the transport properties of concrete
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06-R27
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Laboratory investigation of air-void systems produced by air-entraining admixtures in fresh and hardened mortar
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05-R22
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Supplanting the rapid chloride permeability test with a quick measurement of concrete conductivity
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04-R12
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Structural load testing and flexure analysis of the Route 701 Bridge in Louisa County, Virginia
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03-R8
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An evaluation of new inhibitors for rebar corrosion in concrete
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03-R13
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Evaluation of self-consolidating concrete
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03-CR5
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Evaluation of models for predicting (total) creep of prestressed concrete mixtures
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02-R16
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Laboratory investigation of lithium-bearing compounds for use in concrete
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00-R13
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Evaluation of nondestructive evaluation methods for application in early detection of deterioration in concrete pavements
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00-R1
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Combinations of pozzolans and ground, granulated blast-furnace slag for durable hydraulic cement concrete
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