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Page Title: Staff Contact




Stephen.Lane@VDOT.Virginia.gov



Team Memberships:
  • Structures

  • Projects:
  • 108582 - Evaluation of FiberMat Surface Treatment on US 301 in Sussex County  -  Principal Investigator   
  • 101905 - The Influence of Aggregate Grading and Morphology on the Performance of Small-Size Stone-Matrix Asphalt Mixtures  -  Co-Principal Investigator   
  • 00080 - Feasibility of Reclaimed Asphalt Pavement for Use as Road Base and Sub-Base Material  -  Co-Principal Investigator   
  • 97108 - Carbonate Aggregates in Pavement Surfaces  -  Project Monitor   
  • 90694 - Characteristics of Hydraulic Cements, Supplementary Cementitious Materials and Other Mineral Admixtures Used in Concrete  -  Principal Investigator   
  • 91337 - Methods for Assessing the Polishing Characteristics of Aggregates for Use in Pavement Layers  -  Co-Principal Investigator   
  • 79664 - Investigation of the Effect of Wet Curing on Durability Parameters of Hydraulic Cement Concretes  -  Principal Investigator   
  • 82561 - Use of Pocket Computer with Built-in Camera for Characterizing Aggregate Shape, Angularity and Texture for QC/QA  -  Co-Principal Investigator   
  • 82140 - Measurement of Early Age Shrinkage of Virginia Concrete Mixtures  -  Co-Principal Investigator   
  • 78698 - Use of Micro-Deval Test for Virginia Aggregates  -  Co-Principal Investigator   
  • 52054 - Field Performance of Pozzolanic Cementitious Systems  -  Principal Investigator   
  • 72807 - Laboratory Investigation of Air-Void Systems Produced by Air-Entraining Admixtures in Fresh and Hard  -  Principal Investigator   
  • 73979 - Investigation of Testing Methods to Determine Long Term Durability of Wisconsin Aggregate Resources Including Natural Materials, Industrial By-Products and Recycled/Reclaimed Materials  -  Co-Principal Investigator   

  • Publications:
  • 98-R24 - Evaluation of Concrete Characteristics for Rigid Pavements
  • 97-R12 - Preliminary Investigation of the Relationship Between Capillary Pore Pressure and Early Shrinkage Cracking of Concrete
  • 96-R22 - Use of the Rapid Immersion Test to Evaluate the Efficacy of Admixtures to Mitigate Alkali-silica Reactivity
  • 96-R18 - Initial Laboratory Studies of the Nondestructive Evaluation of Concrete Consolidation Using a Pulsed Ultrasonic Interferometer
  • 96-R1 - Effects of Blends of Cement Kiln Dust and Fly Ash on Properties of Concrete
  • 95-TAR4 - Evaluation of Consolidation in Concrete Pavements
  • 95-R21 - Use of Fly Ash, Slag, or Silica Fume to Inhibit Alkali-silica Reactivity
  • 94-R17 - Alkali-silica Reactivity in Virginia
  • 15-R6 - Feasibility of Reclaimed Asphalt Pavement (RAP) Use As Road Base and Subbase Material
  • 15-R13 - Development of a Catalog of Resilient Modulus Values for Aggregate Base for Use With the Mechanistic-Empirical Pavement Design Guide (MEPDG)
  • 14-R17 - Evaluation of the MMLS3 for Accelerated Wearing of Asphalt Pavement Mixtures
  • 10-R11 - Effect of Wet Curing Duration on Durability Parameters of Hydraulic Cement Concretes
  • 10-CR7 - Methods for Assessing the Polishing Characteristics of Coarse Aggregates for Use in Pavement Surface Layers
  • 08-R9 - Measurement of Early Age Shrinkage of Virginia Concrete Mixtures
  • 08-CR11 - Portable Image Analysis System for Characterizing Aggregate Morphology
  • 07-R7 - An Evaluation of the Performance of Concretes Containing Fly Ash and Ground Slag in Bridge Decks
  • 07-R29 - Use of the Micro-Deval Test for Assessing the Durability of Virginia Aggregates
  • 06-R38 - Laboratory Comparison of Several Tests for Evaluating the Transport Properties of Concrete
  • 06-R27 - Laboratory Investigation of Air-void Systems Produced by Air-entraining Admixtures in Fresh and Hardened Mortar
  • 05-R22 - Supplanting the Rapid Chloride Permeability Test with a Quick Measurement of Concrete Conductivity
  • 04-R12 - Structural Load Testing and Flexure Analysis of the Route 701 Bridge in Louisa County, Virginia
  • 03-R8 - An Evaluation of New Inhibitors for Rebar Corrosion in Concrete
  • 03-R13 - Evaluation of Self-Consolidating Concrete
  • 03-CR5 - Evaluation of Models for Predicting (Total) Creep of Prestressed Concrete Mixtures
  • 02-R16 - Laboratory Investigation of Lithium-Bearing Compounds for Use in Concrete
  • 00-R13 - Evaluation of Nondestructive Evaluation Methods for Application in Early Detection of Deterioration in Concrete Pavements
  • 00-R1 - Combinations of Pozzolans and Ground, Granulated Blast-furnace Slag for Durable Hydraulic Cement Concrete
  •