Add to ORKGChapter 304 (“Pavement Design”) of the Indiana Design Manual was revised in 2014. Since then, INDOT has implemented many changes and employed new techniques that have been incorporated in a new revised draft version. Changes and updates include pavement design process flow charts, details of thin concrete overlay, catalog design for small structures, MEPDG inputs, and more. Join us for a discussion
2018Final ReportPDFTech ReportFHWA/IN/JTRP-2018/06SPR-3307RuttingMechanistic-empirical pavement desi...
This project presents pavement treatment practice guidelines and a distress identification manual fo...
A new pavement design guide called Mechanistic-Empirical Pavement Design Guide (ME-PDG) has been d...
Chapter 304 (“Pavement Design”) of the Indiana Design Manual was revised in 2014. Since then, INDOT ...
INDOT’s new pavement design analysis chapter for the Indiana Design Manual was adopted in 2013. It i...
Proper asphalt specification and design is paramount to an economical and long-lasting road. In 2017...
This presentation covers recent developments in design guidance on construction standards, highlight...
PavementDesigner.org is a comprehensive new web-based pavement design tool for streets, local roads,...
Precast concrete pavement is becoming a favorable option to restore the functional and structural ca...
INDOT has significantly altered its corporate intent relative to the usage of pavement condition dat...
INDOT has let and constructed numerous projects over the past 2 years utilizing signifi-cantly revis...
This session discusses INDOT’s pavement management program, the challenges faced, and the successes ...
INDOT has accomplished in the last year or is executing soon hot in-place, cold in-place, and full-d...
This presentation provides an update on INDOT’s e-construction initiatives. Advancements in roadway ...
The American Association of State Highway and Transportation Officials’ (AASHTO’s) AASHTOWare Paveme...
2018Final ReportPDFTech ReportFHWA/IN/JTRP-2018/06SPR-3307RuttingMechanistic-empirical pavement desi...
This project presents pavement treatment practice guidelines and a distress identification manual fo...
A new pavement design guide called Mechanistic-Empirical Pavement Design Guide (ME-PDG) has been d...
Chapter 304 (“Pavement Design”) of the Indiana Design Manual was revised in 2014. Since then, INDOT ...
INDOT’s new pavement design analysis chapter for the Indiana Design Manual was adopted in 2013. It i...
Proper asphalt specification and design is paramount to an economical and long-lasting road. In 2017...
This presentation covers recent developments in design guidance on construction standards, highlight...
PavementDesigner.org is a comprehensive new web-based pavement design tool for streets, local roads,...
Precast concrete pavement is becoming a favorable option to restore the functional and structural ca...
INDOT has significantly altered its corporate intent relative to the usage of pavement condition dat...
INDOT has let and constructed numerous projects over the past 2 years utilizing signifi-cantly revis...
This session discusses INDOT’s pavement management program, the challenges faced, and the successes ...
INDOT has accomplished in the last year or is executing soon hot in-place, cold in-place, and full-d...
This presentation provides an update on INDOT’s e-construction initiatives. Advancements in roadway ...
The American Association of State Highway and Transportation Officials’ (AASHTO’s) AASHTOWare Paveme...
2018Final ReportPDFTech ReportFHWA/IN/JTRP-2018/06SPR-3307RuttingMechanistic-empirical pavement desi...
This project presents pavement treatment practice guidelines and a distress identification manual fo...
A new pavement design guide called Mechanistic-Empirical Pavement Design Guide (ME-PDG) has been d...