US Transportation Collection
The US Transportation Collection consists of documents from across all transportation modes with specific focus on research reports from US DOT, state DOTs, and other transportation organizations. Bookmark this collection: https://rosap.ntl.bts.gov/collection_ust or https://doi.org/10.21949/1530857.
- Tech Report 21
- Lane, D. Stephen (21)
- Accelerated tests 1
- Admixtures 1
- Aggregates 2
- Aggregates (Building materials)--Analysis 1
- Aggregates (Building materials)--Evaluation 1
- Aggregates (Building materials)--Testing 2
- Aggregates (Building materials)--Testing--Virginia 2
- Aggregate tests 1
- Air-entrained concrete--Specifications 1
- Air-entrained concrete--Testing 1
- Air content 1
- Air voids 1
- Alkali-aggregate reactions 3
- Angularity 1
- Asphalt mixtures 1
- Asphalt pavements 2
- Base course (Pavements) 2
- Cape seal 1
- Carbonate rocks 2
- Case studies 1
- Catalogs 1
- Chip seals 1
- Chlorides 2
- Coarse aggregates 1
- Concrete--Chemistry 1
- Concrete--Curing 1
- Concrete--Evaluation 1
- Concrete--Expansion and contraction 1
- Concrete--Measurement--Virginia 1
- Concrete--Mixing 1
- Concrete--Standards 1
- Concrete--Testing 4
- Concrete--Testing--Virginia 1
- Concrete--Transport properties 1
- Concrete bridges--Performance--Virginia 1
- Concrete curing 1
- Concrete tests 2
- Corrosion and anti-corrosives--Evaluation--Virginia 1
- Cost effectiveness 1
- Durability 3
- Economic benefits 1
- Electrical conductivity 2
- Entrained air 1
- Environmental impacts 1
- Feasibility analysis 1
- Fiberglass 1
- FiberMat 1
- Fiber reinforced materials 1
- Fly ash 4
- Friction tests 1
- Granite 1
- Granulated slag 1
- Highways 1
- Hydraulic cement 1
- I31: Bituminous Binders and Materials 1
- I36: Aggregates 1
- Image analysis 1
- Laboratory tests 1
- Limestone aggregates 1
- Literature reviews 1
- Materials 1
- Mechanistic-empirical pavement design 1
- Microsurfacing 1
- Mineral aggregates 1
- Modulus of resilience 1
- Mortar--Testing 1
- Pavement design 2
- Pavement preservation 1
- Pavements 2
- Pavements, Concrete 1
- Pavements, Concrete--Additives 3
- Pavements, Concrete--Cracking 1
- Pavements, Concrete--Design and construction 1
- Pavements, Concrete--Testing 2
- Pavements--Skid resistance--Virginia 1
- Polishing (Aggregates) 2
- Polymer asphalt 1
- Preventive maintenance 1
- Quartzite 1
- Reclaimed asphalt pavements 1
- Reflection cracking 1
- Reinforced concrete--Cathodic protection--Virginia 1
- Reinforcing bars--Cathodic protection--Virginia 1
- Road materials--Analysis--Virginia 1
- Road materials--Testing--Virginia 2
- Seal coats 1
- Shrinkage 1
- Silica 1
- Skid resistance 1
- Slag 1
- State of the practice 1
- Subbase (Pavements) 1
- Surface treating 1
- Tensile strength 1
- Texture 2
- Vibrated concrete 1
- Vibratory compacting 1
- Volume changes 1
- Waste products as road materials 2
- FHWA/VA-94-R17 1
- FHWA/VA-95-R21 1
- FHWA/VCTIR 14-R17 1
- FHWA/VCTIR 15-R13 1
- FHWA/VTRC 03-R8 1
- FHWA/VTRC 08-CR11 1
- FHWA/VTRC 08-R9 1
- FHWA/VTRC 10-CR7 1
- FHWA/VTRC 10-R11 1
- FHWA/VTRC 20-R26 1
- FHWA/VTRC 96-R22 1
- VCTIR 15-R6 1
- VTRC 03-R8 1
- VTRC 03-R13 1
- VTRC 05-R22 1
- VTRC 06-R27 1
- VTRC 06-R38 1
- VTRC 07-R7 1
- VTRC 07-R29 1
- VTRC 10-CR7 1
- VTRC 10-R11 1
- VTRC 94-R17 1
- VTRC 95-TAR4 1
- VTRC 96-R1 1
- VTRC 97-R12 1
(Max 200)
- Accelerated tests (1)
- Admixtures (1)
- Aggregates (2)
- Aggregates (Building materials)--Analysis (1)
- Aggregates (Building materials)--Evaluation (1)
- Aggregates (Building materials)--Testing (2)
- Aggregates (Building materials)--Testing--Virginia (2)
- Aggregate tests (1)
- Air-entrained concrete--Specifications (1)
- Air-entrained concrete--Testing (1)
- Air content (1)
- Air voids (1)
- Alkali-aggregate reactions (3)
- Angularity (1)
- Asphalt mixtures (1)
- Asphalt pavements (2)
- Base course (Pavements) (2)
- Cape seal (1)
- Carbonate rocks (2)
- Case studies (1)
- Catalogs (1)
- Chip seals (1)
- Chlorides (2)
- Coarse aggregates (1)
- Concrete--Chemistry (1)
- Concrete--Curing (1)
- Concrete--Evaluation (1)
- Concrete--Expansion and contraction (1)
- Concrete--Measurement--Virginia (1)
- Concrete--Mixing (1)
- Concrete--Standards (1)
- Concrete--Testing (4)
- Concrete--Testing--Virginia (1)
- Concrete--Transport properties (1)
- Concrete bridges--Performance--Virginia (1)
- Concrete curing (1)
- Concrete tests (2)
- Corrosion and anti-corrosives--Evaluation--Virginia (1)
- Cost effectiveness (1)
- Durability (3)
- Economic benefits (1)
- Electrical conductivity (2)
- Entrained air (1)
- Environmental impacts (1)
- Feasibility analysis (1)
- Fiberglass (1)
- FiberMat (1)
- Fiber reinforced materials (1)
- Fly ash (4)
- Friction tests (1)
- Granite (1)
- Granulated slag (1)
- Highways (1)
- Hydraulic cement (1)
- I31: Bituminous Binders and Materials (1)
- I36: Aggregates (1)
- Image analysis (1)
- Laboratory tests (1)
- Limestone aggregates (1)
- Literature reviews (1)
- Materials (1)
- Mechanistic-empirical pavement design (1)
- Microsurfacing (1)
- Mineral aggregates (1)
- Modulus of resilience (1)
- Mortar--Testing (1)
- Pavement design (2)
- Pavement preservation (1)
- Pavements (2)
- Pavements, Concrete (1)
- Pavements, Concrete--Additives (3)
- Pavements, Concrete--Cracking (1)
- Pavements, Concrete--Design and construction (1)
- Pavements, Concrete--Testing (2)
- Pavements--Skid resistance--Virginia (1)
- Polishing (Aggregates) (2)
- Polymer asphalt (1)
- Preventive maintenance (1)
- Quartzite (1)
- Reclaimed asphalt pavements (1)
- Reflection cracking (1)
- Reinforced concrete--Cathodic protection--Virginia (1)
- Reinforcing bars--Cathodic protection--Virginia (1)
- Road materials--Analysis--Virginia (1)
- Road materials--Testing--Virginia (2)
- Seal coats (1)
- Shrinkage (1)
- Silica (1)
- Skid resistance (1)
- Slag (1)
- State of the practice (1)
- Subbase (Pavements) (1)
- Surface treating (1)
- Tensile strength (1)
- Texture (2)
- Vibrated concrete (1)
- Vibratory compacting (1)
- Volume changes (1)
- Waste products as road materials (2)
- FHWA/VA-94-R17 (1)
- FHWA/VA-95-R21 (1)
- FHWA/VCTIR 14-R17 (1)
- FHWA/VCTIR 15-R13 (1)
- FHWA/VTRC 03-R8 (1)
- FHWA/VTRC 08-CR11 (1)
- FHWA/VTRC 08-R9 (1)
- FHWA/VTRC 10-CR7 (1)
- FHWA/VTRC 10-R11 (1)
- FHWA/VTRC 20-R26 (1)
- FHWA/VTRC 96-R22 (1)
- VCTIR 15-R6 (1)
- VTRC 03-R8 (1)
- VTRC 03-R13 (1)
- VTRC 05-R22 (1)
- VTRC 06-R27 (1)
- VTRC 06-R38 (1)
- VTRC 07-R7 (1)
- VTRC 07-R29 (1)
- VTRC 10-CR7 (1)
- VTRC 10-R11 (1)
- VTRC 94-R17 (1)
- VTRC 95-TAR4 (1)
- VTRC 96-R1 (1)
- VTRC 97-R12 (1)
- :Nair, Harikrishnan ;Lane, D. Stephen2020-04-01:Typical maintenance activities by the Virginia Department of Transportation (VDOT) for existing asphalt pavements involving a periodic placement of a ...
- :Hossain, M. Shabbir ;Lane, D. Stephen2015-06-01:Base aggregate is one of the intermediate layers in a pavement system for both flexible and rigid surfaces. Characterizationof base aggregate is neces...
- :Hoppe, Edward J. ;Lane, D. Stephen2015-01-01:The purpose of this study was to investigate the current state of the practice with regard to the use of reclaimed asphaltpavement (RAP) material for ...
- :Druta, Cristian ;Wang, Linbing2014-06-01:The purpose of this study was to develop an accelerated wearing protocol for assessing the susceptibility of asphalt surface mixtures to polishing. Th...
- :Wang, Linbing, ;Druta, Cristian2010-06-01:The predominant aggregate resources located in the western parts of Virginia are carbonate rocks. The mineral components of these rocks tend to be rel...
- :Lane, D. Stephen2010-01-01:Hydraulic cement concrete slabs were cast and stored outdoors in Charlottesville, Virginia, to study the impact of wet curing duration on durability p...
- :Wang, Linbing, ;Lane, D. Stephen2008-01-01:In the last decade, the application of image-based evaluation of particle shape, angularity and texture has been widely researched to characterize agg...
- :Mokarem, David W ;Lane, D. Stephen2008-01-01:Concrete volume changes throughout its service life. The total in-service volume change is the resultant of applied loads and shrinkage. When loaded, ...
- :Hossain, M. Shabbir, ;Lane, D. Stephen2007-01-01:Aggregate is one of the most widely used construction material, and the key aspect of aggregate quality is durability. In this study, the Micro-Deval ...
- :Lane, D. Stephen2006-01-01:The transport properties of concrete are a primary element in determining the durability of concrete. In this study, several new test methods that dir...
- :Lane, D. Stephen2006-01-01:The air-void systems produced by two commercially available air-entraining admixtures (AEA), one a vinsol resin formulation and the other a tall oil f...
- :Lane, D. Stephen2006-01-01:Cores from 36 bridge decks were evaluated to assess the condition and quality of the concrete by petrographic methods and direct and indirect measures...
- :Lane, D. Stephen2005-01-01:The rapid chloride permeability test (RCPT) (AASHTO T 277, ASTM C 1202) is increasingly being used as an acceptance test for concrete constructions in...
- :Chambers, Brian D ;Taylor, S. R2003-01-01:The corrosion of reinforcing steel in concrete is estimated to affect more than 50% of the 575,000 bridges in the United States. One approach to mitig...
- :Ozyildirim, H. Celik ;Lane, D. Stephen2003-01-01:Conventional concrete tends to present a problem with regard to adequate consolidation in thin sections or areas of congested reinforcement, which lea...
- :Scott, M. L ;Lane, D. Stephen1997-01-01:The purpose of this study was to design experimental laboratory equipment and perform experiments to investigate the basic physical processes that occ...
- :Lane, D. Stephen1996-01-01:The Federal Highway Administration (FHWA) is conducting an interlaboratory study to validate certain findings in the Strategic Highway Research Progra...
- :Lane, D. Stephen ;Ozyildirim, H. Celik1995-01-01:This study had two objectives: (1) to evaluate the effectiveness of particular mineral admixtures when combined with portland cements of varying alkal...
- :Ozyildirim, H. Celik ;Lane, D. Stephen1995-01-01:This study evaluated concretes containing cement kiln dust (CKD) and fly ash to determine whether satisfactory properties can be achieved for long-las...
- :Lane, D. Stephen1994-01-01:Petrographic examinations of specimens from two recently constructed concrete pavements suggested that complete consolidation of the concrete may not ...
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