Michael M. SprinkelP.E.
Scientist III
- Asphalt
- Hydraulic cement concrete
- Corrosion and nondestructive evaluation
- Polymer concrete
- Hydraulic cement concrete
- Protection, repair, and rehabilitation of concrete structures
Memberships:
- Fellow, American Concrete Institute
- ACI Board of Directors
- Chair, ACI Construction Standards Committee
- ACI Technical Activities Committee
- Past Chair, ACI Committee 503, Adhesives
- Past Chair, ACI Committee 345, Bridge Construction, Maintenance, and Repair
- ACI Repair Technical Activities Committee
- ACI Committee 546, Repair of Concrete
- ACI Committee 548, Polymers in Concrete
- ACI Committee 548A, Polymer Modified Concrete
- American Segmental Bridge Institute, Grout Committee
- Fellow, American Society of Civil Engineers
- American Society for Testing and Materials
- Highway Innovative Technology Evaluation Center, Standards and Specifications Task Force
- International Concrete Repair Institute
- Post-tensioning Institute, Grout Committee
- Prestressed Concrete Institute
- Past Chair, Transportation Research Board Committee AFN00, Concrete
- Member Emeritus, TRB Committee AFN20, Mechanical Properties of Concrete
- TRB Group 2 Council Committee AFO00, Design and Construction of Transportation Facilities
- Member Emeritus, TRB Committee AHD40, Polymer Concrete, Adhesives & Sealants
- VDOT/Virginia Road and Transportation Builders Association Joint Highway Cooperative Committee
Awards:
- Transportation Research Board "K.B. Woods Award," Best Paper in Design and Construction of Transportation Facilities, 1988
- TRB Member Emeritus, Committee AFN20, Properties of Concrete, 2002
- TRB Profile in TR News, Number 230, Transportation Research Board, 2004
- TRB Dialogue with Leaders Presentation, 2010
- Phillco Award for Materials Research in Concrete, ACI, 2012
- TRB Member Emeritus, Committee AHD40, Polymer Concrete, Adhesives & Sealants, 2014
Current Projects
Reports
-
Field Performance of Epoxy-coated Reinforcing Steel in Virginia Bridge Decks
Report No: 00-R16 -
Evaluation of High Performance Concrete Overlays Placed on Route 60 Over Lynnhaven Inlet in Virginia
Report No: 01-R1 -
Evaluation of Hydraulic Cement Concrete Overlays Placed on Three Pavements in Virginia
Report No: 01-R2 -
Evaluation of Latex-modified and Silica Fume Concrete Overlays Placed on Six Bridges in Virginia
Report No: 01-R3 -
Effect of Concrete Removal Equipment and Methods on the Condition of Deck Concrete Left in Place
Report No: 01-TAR1 -
A Model to Predict the Impact of Specification Changes on the Chloride-Induced Service Life of Virginia Bridge Decks
Report No: 03-CR4 -
Evaluation of Models for Predicting (Total) Creep of Prestressed Concrete Mixtures
Report No: 03-CR5 -
Evaluation of Corrosion Inhibitors for Concrete Bridge Deck Patches and Overlays
Report No: 03-R14 -
Corrosion Protection Service Life of Epoxy-coated Reinforcing Steel in Virginia Bridge Decks
Report No: 04-CR7 -
Performance Specification for High Performance Concrete Overlays on Bridges
Report No: 05-R2 -
Latex-modified Concrete Overlay Containing Type K Cement
Report No: 05-R26 -
Appliqués for the Maintenance of Lead-based Painted Bridges: A Laboratory Assessment of Field-performance Characteristics
Report No: 05-R4 -
Summary Report on the Performance of Epoxy-coated Reinforcing Steel in Virginia
Report No: 06-R29 -
Bridge Deck Service Life Prediction and Costs
Report No: 08-CR4 -
Parameters Governing the Corrosion Protection Efficiency of Fusion-bonded Epoxy Coatings on Reinforcing Steel
Report No: 08-CR5 -
Measurement of Early Age Shrinkage of Virginia Concrete Mixtures
Report No: 08-R9 -
Condition of Concrete Overlays on Route 60 over Lynnhaven Inlet after 10 Years
Report No: 09-R13 -
Evaluation of the Cargill SafeLane Surface Overlay
Report No: 09-R8 -
Evaluation of the Installation and Initial Condition of Rosphalt Overlays on Bridge Decks
Report No: 13-R5 -
Use of Concrete Pavement Overlays on U.S. 58 in Virginia
Report No: 14-R16 -
Reducing Cracks in Concrete Bridge Decks Using Shrinkage Reducing Admixture
Report No: 16-R13 -
Use of Lightweight Concrete for Reducing Cracks in Bridge Decks
Report No: 16-R14 -
Evaluation of Bridge Deck With Shrinkage-Compensating Concrete
Report No: 16-R15 -
Design of Artificially Cracked Concrete Specimens for Virginia Department of Transportation Material Evaluation
Report No: 18-R2 -
Premature Failure of Concrete Patching: Reasons and Resolutions
Report No: 19-R14 -
A Literature Survey on Industrialized Bridge Construction
Report No: 72-R19 -
Utilization of Steel in Industrialized Highway Bridge Systems
Report No: 75-R3 -
A Comment on the Use of Polymer-Impregnated Concrete in Bridge Decks to Achieve a Reduction in Material Volume and First Cost
Report No: 75-R68 -
Two-course Bonded Concrete Bridge Deck Construction: Interim Report No. 1, An Evaluation of the Technique Employed
Report No: 76-R13 -
Ramifications of Welding a Soleplate to a Precast Metal Insert of a Prestressed Single-tee Beam
Report No: 76-R41 -
In-house Fabrication of Precast Concrete Bridge Slabs
Report No: 77-R33 -
Construction of Prestressed Concrete Single-Tee Bridge Superstructures
Report No: 77-R50 -
Investigation of the Use of Methanol-Gasoline Blends
Report No: 78-R18 -
Evaluation of the Performance of a Press-Lam Timber Bridge: Interim Report, No. 1, Bridge Installation and Load Test
Report No: 78-R2 -
Evaluation of the Performance of a Press-Lam Timber Bridge: Interim Report, No. 2, Bridge Performance and Load Test After One Year
Report No: 78-R57 -
Glulam Timber Deck Bridges: Final Report
Report No: 79-R26 -
Performance of Vehicles and Equipment Involved in the Use of Gasohol
Report No: 81-R22 -
The Chace Air Indicator
Report No: 81-R37 -
Effective Field Use of High-range, Water-reduced Concrete: Final Report
Report No: 82-R24 -
Evaluation of Microlon and Technol-G: Final Report
Report No: 82-R32 -
Evaluation of the Performance of a Press-lam Timber Bridge: Bridge Performance and Load Test After Five Years
Report No: 82-R56 -
Investigation of Concrete Mixtures Incorporating Hollow Plastic Microspheres
Report No: 82-R7 -
Precast Concrete Replacement Slabs for Bridge Decks
Report No: 83-R2 -
Polymer Impregnated Bridge Slabs: Interim Report, Condition of Slabs After Three Years of Service Life
Report No: 83-R23 -
Polymer Concrete Overlay on Beulah Road Bridge: Interim Report No. 1 -- Installation and Initial Condition of Overlay
Report No: 83-R28 -
Evaluation of the Construction and Performance of Polymer Concrete Overlays on Five Bridges: Interim Report No. 1
Report No: 83-R29 -
Final Report: Polymer Concrete Overlay on Beulah Road Bridge: Condition of Overlay After One Year in Service
Report No: 84-R12 -
Polymer Concrete Overlay on the Big Swan Creek Bridge: Interim Report No. 1--Installation and Initial Condition of Overlay
Report No: 84-R26 -
Overview of Latex Modified Concrete Overlays: Final Report
Report No: 85-R1 -
Radiant Heat Curing of Concrete
Report No: 85-R34 -
Use of Ground-penetrating Radar for Detecting Voids Underneath a Jointed Concrete Pavement
Report No: 86-R36 -
Polymer Concrete Overlay on the Big Swan Creek Bridge: Condition of Overlay After Two Years in Service
Report No: 86-R37 -
Evaluation of the Construction and Performance of Multiple Layer Polymer Concrete Overlays
Report No: 87-R28 -
High Early Strength Latex Modified Concrete Overlay
Report No: 88-R12 -
Comparative Evaluation of Concrete Sealers and Multiple Layer Polymer Concrete Overlays
Report No: 88-R2 -
Evaluation of Concrete Pavement Patching Techniques
Report No: 89-R22 -
Polymer-Impregnated Bridge Slabs: Performance Over 10 Years
Report No: 90-R22 -
Premixed Polymer Concrete Overlays
Report No: 90-R8 -
A Manual for the Repair and Protection of Hydraulic Cement Concrete Bridge Decks
Report No: 90-TAR2 -
State-of-the-art Report on Rapid Repair Techniques for Bridge Decks
Report No: 91-IR3 -
Evaluation of the Use of High Molecular Weight Methacrylate Monomers to Seal Cracks in Decks on I-81 Over the New River
Report No: 91-R19 -
First Annual Report SHRP C103 Task 4: Rapid Repair Techniques
Report No: 91-R37 -
Repair and Protection of Hydraulic Cement Concrete Bridge Decks
Report No: 95-TAR2 -
Epoxy-coated Reinforcement: A Historical Performance Review
Report No: 97-IR1 -
Field Investigation of the Corrosion Protection Performance of Bridge Decks and Piles Constructed with Epoxy-coated Reinforcing Steel in Virginia
Report No: 98-R4 -
Corrosion Protection Performance of Corrosion Inhibitors and Epoxy-coated Reinforcing Steel in a Simulated Concrete Pore Water Solution
Report No: 98-R42 -
An Evaluation of the Performance of Epoxy-coated Reinforcing Steel in Concrete Exposure Specimens
Report No: 99-CR2 -
Performance Evaluation of Corrosion Inhibitors and Galvanized Steel in Concrete Exposure Specimens
Report No: 99-CR4 -
Corrosion Protection Performance Evaluation of Low Permeable Concretes in Exposure Specimens
Report No: 99-CR5 -
Field Evaluation of Corrosion Inhibitors for Concrete.
Report No: 99-IR1 -
Evaluation of the Installation and Initial Condition of Latex-modified and Silica Fume Concrete Overlays Placed on Six Bridges in Virginia
Report No: 99-IR2 -
Evaluation of the Installation and Initial Condition of Hydraulic Cement Concrete Overlays Placed on Three Pavements in Virginia
Report No: 99-IR3 -
Evaluation of the Installation and Initial Condition of High Performance Concrete Overlays Placed on Route 60 Over Lynnhaven Inlet in Virginia
Report No: 99-IR4 -
Field Evaluation of Corrosion Inhibitors for Concrete.
Report No: 99-IR5 -
Very-Early-Strength Latex-Modified Concrete Overlay
Report No: 99-TAR3
Last updated: October 21, 2023