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.
- Manual 1
- Tech Report 18
- Connecticut Advanced Pavement Laboratory (19)
- Connecticut. Department of Transportation 3
- Connecticut. Dept. of Transportation 8
- Connecticut. Dept. of Transportation. Bureau of Engineering and Construction. Research and Materials 1
- Connecticut Advanced Pavement Laboratory 4
- Connecticut Transportation Institute 2
- University of Connecticut. Connecticut Transportation Institute 1
- Acceptance tests 1
- Accuracy 1
- Aggregate gradation 1
- Air voids 1
- Asphalt content 1
- Asphalt mixtures 3
- Asphalt pavements 9
- Asphalt tests 1
- Automatic road analyzer 1
- Binders 2
- Butt joints 2
- Calibration 1
- Compaction 2
- Compactors 1
- Construction 3
- Construction management 1
- Cores (Specimens) 1
- Density 3
- Design 1
- drainable 1
- Drainage 1
- Evaluation 1
- Field tests 1
- Global Positioning System 1
- Highways 3
- Hot-mix asphalt pavement, core density, pavement density 1
- Hot mix asphalt 5
- Hot mix paving mixtures 5
- Implementation 1
- In place density 1
- Instruments for measuring chemical content or structure 1
- Intelligent compaction 1
- Laboratory tests 3
- Longitudinal joints 3
- Maintenance 1
- Materials 1
- Mechanistic-empirical pavement design 1
- Mechanistic-Empirical Pavement Design Guide 1
- Mix design 5
- Mobile geographic information systems 1
- Moisture content 2
- Monitoring 1
- Notched wedge joints 1
- opengraded 1
- Overlays (Pavements) 1
- pavement 1
- Pavement distress 3
- Pavement joints 2
- Pavement performance 5
- Pavements 5
- Pavements, Asphalt 1
- Pavements, Asphalt concrete 3
- Pavements, Concrete 2
- Pavers 1
- Performance based specifications 1
- Performance tests 2
- Permeability 2
- permeable pavement 1
- pervious structure 1
- Physical properties 1
- Pilot studies 2
- Polymer asphalt 2
- Pooled funds 1
- Porosity 1
- Porous pavements 1
- porous pavement specification 1
- Quality assurance 1
- Quality control 1
- Reclaimed asphalt pavements 1
- Recycled asphalt shingles 1
- Recycled materials 1
- Repeatability 1
- Rheology 1
- Road rollers 1
- Runoff 1
- runoff quality 1
- Rutting 3
- Sensitivity analysis 1
- Shingles 1
- Specifications 3
- Speed control 1
- Stiffness 1
- stormwater 1
- stormwater percolation 1
- Superpave 4
- Tensile strength 1
- Testing equipment 1
- Test sections 1
- Traffic loads 1
- Validation 1
- Warm mix paving mixtures 3
- water infiltration 1
- CAPLAB 4-2014 1
- CAPLAB 20-2016 1
- CAPLAB XX-2014 1
- CT-2240-F-08-10 1
- CT-2248-F-07-8 1
- CT-2249-1-07-3 1
- CT-2249-2-07-6 1
- CT-2250-1-08-11 1
- CT-2250-2-10-9 1
- CT-2250-3-12-9 1
- CT-2250-F-22-1 1
- CT-2263-F-11-9 1
- CT-2269-F-13-14 1
- CT-2274-F-13-15 1
- CT-2278-F-15-8 1
- CT-2280-F-14-6 2
- CT-2281-F-15-8 1
- CT-2286-F-18-5 1
- CT-2288-F-16-1 1
- CT-2300-F-18-3 1
- CT-TPF-5(236)-F-14-2 1
(Max 200)
- Connecticut. Department of Transportation (3)
- Connecticut. Dept. of Transportation (8)
- Connecticut. Dept. of Transportation. Bureau of Engineering and Construction. Research and Materials (1)
- Connecticut Advanced Pavement Laboratory (4)
- Connecticut Transportation Institute (2)
- University of Connecticut. Connecticut Transportation Institute (1)
- Acceptance tests (1)
- Accuracy (1)
- Aggregate gradation (1)
- Air voids (1)
- Asphalt content (1)
- Asphalt mixtures (3)
- Asphalt pavements (9)
- Asphalt tests (1)
- Automatic road analyzer (1)
- Binders (2)
- Butt joints (2)
- Calibration (1)
- Compaction (2)
- Compactors (1)
- Construction (3)
- Construction management (1)
- Cores (Specimens) (1)
- Density (3)
- Design (1)
- drainable (1)
- Drainage (1)
- Evaluation (1)
- Field tests (1)
- Global Positioning System (1)
- Highways (3)
- Hot-mix asphalt pavement, core density, pavement density (1)
- Hot mix asphalt (5)
- Hot mix paving mixtures (5)
- Implementation (1)
- In place density (1)
- Instruments for measuring chemical content or structure (1)
- Intelligent compaction (1)
- Laboratory tests (3)
- Longitudinal joints (3)
- Maintenance (1)
- Materials (1)
- Mechanistic-empirical pavement design (1)
- Mechanistic-Empirical Pavement Design Guide (1)
- Mix design (5)
- Mobile geographic information systems (1)
- Moisture content (2)
- Monitoring (1)
- Notched wedge joints (1)
- opengraded (1)
- Overlays (Pavements) (1)
- pavement (1)
- Pavement distress (3)
- Pavement joints (2)
- Pavement performance (5)
- Pavements (5)
- Pavements, Asphalt (1)
- Pavements, Asphalt concrete (3)
- Pavements, Concrete (2)
- Pavers (1)
- Performance based specifications (1)
- Performance tests (2)
- Permeability (2)
- permeable pavement (1)
- pervious structure (1)
- Physical properties (1)
- Pilot studies (2)
- Polymer asphalt (2)
- Pooled funds (1)
- Porosity (1)
- Porous pavements (1)
- porous pavement specification (1)
- Quality assurance (1)
- Quality control (1)
- Reclaimed asphalt pavements (1)
- Recycled asphalt shingles (1)
- Recycled materials (1)
- Repeatability (1)
- Rheology (1)
- Road rollers (1)
- Runoff (1)
- runoff quality (1)
- Rutting (3)
- Sensitivity analysis (1)
- Shingles (1)
- Specifications (3)
- Speed control (1)
- Stiffness (1)
- stormwater (1)
- stormwater percolation (1)
- Superpave (4)
- Tensile strength (1)
- Testing equipment (1)
- Test sections (1)
- Traffic loads (1)
- Validation (1)
- Warm mix paving mixtures (3)
- water infiltration (1)
- CAPLAB 4-2014 (1)
- CAPLAB 20-2016 (1)
- CAPLAB XX-2014 (1)
- CT-2240-F-08-10 (1)
- CT-2248-F-07-8 (1)
- CT-2249-1-07-3 (1)
- CT-2249-2-07-6 (1)
- CT-2250-1-08-11 (1)
- CT-2250-2-10-9 (1)
- CT-2250-3-12-9 (1)
- CT-2250-F-22-1 (1)
- CT-2263-F-11-9 (1)
- CT-2269-F-13-14 (1)
- CT-2274-F-13-15 (1)
- CT-2278-F-15-8 (1)
- CT-2280-F-14-6 (2)
- CT-2281-F-15-8 (1)
- CT-2286-F-18-5 (1)
- CT-2288-F-16-1 (1)
- CT-2300-F-18-3 (1)
- CT-TPF-5(236)-F-14-2 (1)
- :Zinke, Scott ;Mahoney, James2022-03-22:Six topics were investigated involving specifications, performance and testing of hot mix asphalt in Connecticut. An investigation into the possible r...
- :Zinke, Scott ;Mahoney, James2021-06-14:CTDOT minimum asphalt requirements have resulted in roadway mixes being produced with finer aggregate gradations in recent years than they have in the...
- :Zinke, Scott ;Mahoney, James2018-04-16:Porous Pavement Structures (PPS) have many benefits, including reduced or eliminated runoff, filtering of runoff and regeneration of groundwater. Thes...
- :Zinke, Scott ;Hansen, Gilbert2016-09-26:Density of cores that are cut from the roadway following compaction on new pavements in CT is used as a quality indicator. This density needs to be de...
- :Zinke, Scott ;Mahoney, James2016-06-30:CT DOT trialed Uniform Compaction (UC) equipment on 2 pilot projects during the 2014 construction season. This equipment included everything that woul...
- :Zinke, Scott ;James Mahoney2015-06-03:In order to examine performance and establish future longitudinal joint density requirements on projects using Polymer Modified Asphalt (PMA) and Warm...
- :Zinke, Scott ;Mahoney, James2015-06-03:Reclaimed asphalt pavement (RAP) and recycled asphalt shingles (RAS) are two of the most commonly used recycled materials in the world. Recommendation...
- :Zinke, Scott ;Mahoney, James2015-06-03
- :Yut, Iliya ;Mahoney, James2014-09-25:2002 Mechanistic-Empirical Pavement Design Guide is based on mechanistic-empirical (M-E) principles that provide a uniform platform for the design of ...
- :Zinke, Scott ;Mahoney, James2014-07-01:This research is part of the series of investigated topics surrounding hot mix asphalt in Connecticut.This research investigates the performance of se...
- :Jackson, Eric ;Mahoney, James2014-07-01:The presence of water in asphalt pavements is detrimental to the life of the pavement. Most construction specifications require the pavement to be com...
- :Zinke, Scott ;Mahoney, James2014-06-01:WMA overlays were placed in several pilot projects in Connecticut during the 2010 and 2011 constructionseasons. These technologies included Sasobit®,...
- :Mahoney, James2014-04-01:A pooled fund project was undertaken to purchase new asphalt binder testing equipment for statetransportation agencies. The seven states that agreed t...
- :Jackson, Eric ;Mahoney, James2012-11-01:The acceptance testing of Hot Mix Asphalt (HMA) conducted at the HMA production facility is animportant portion of the overall acceptance process used...
- :Mahoney, James ;Jackson, Eric2009-07-01:This research is the first in a series of investigated topics surrounding hot mix asphalt in Connecticut.Currently there are at least 12 different mix...
- :Zinke, Scott ;Hansen, Gilbert2009-01-13:This research effort was to investigate whether spatial locating equipment or Global Positioning System (GPS) equipment mounted on Connecticut Departm...
- :Hansen, Gilbert ;Zinke, Scott2008-05-19:In the design of Hot Mix Asphalt (HMA) there are tests performed on the aggregates such as resistance to abrasion, specific gravity and sieve/gradatio...
- :Zinke, Scott ;Hansen, Gilbert2008-05-14:Performance of Hot Mix Asphalt (HMA) longitudinal joints have been anitem of increasing scrutiny in Connecticut. The traditional butt jointhas typical...
- :Zinke, Scott ;Hansen, Gilbert2008-05-14:Performance of hot mix asphalt longitudinal joints has been an item of increasing scrutiny in Connecticut. The traditional butt joint has typically be...
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