Yogesh Kumbargeri, Ph.D., E.I.T.
Yogesh Kumbargeri, Ph.D., E.I.T.
Senior Staff Engineer at SME
Verified email at sme-usa.com
Title
Cited by
Cited by
Year
A novel approach to understanding asphalt binder aging behavior using asphaltene proportion as a performance indicator
YS Kumbargeri, KP Biligiri
Journal of Testing and Evaluation 44 (1), 439-449, 2016
202016
Understanding aging behaviour of conventional asphalt binders used in India
YS Kumbargeri, KP Biligiri
Transportation Research Procedia 17, 282-290, 2016
172016
Rational performance indicators to evaluate asphalt materials’ aging characteristics
YS Kumbargeri, KP Biligiri
Journal of Materials in Civil Engineering 28 (12), 04016157, 2016
132016
Quantifying the effect of binder/aggregate application rates on chip seal characteristics via digital image processing and sweep tests
YS Kumbargeri, I Boz, ME Kutay
Transportation Research Board 97th Annual MeetingTransportation Research Board, 2018
92018
Quantification of aggregate embedment in chip seals using image processing
U Ozdemir, ME Kutay, D Hibner, M Lanotte, YS Kumbargeri
Journal of Transportation Engineering, Part B: Pavements 144 (4), 04018047, 2018
82018
Development of an Acceptance Test for Chip Seal Projects
ME Kutay, U Ozdemir, D Hibner, Y Kumbargeri, M Lanotte
Michigan State University, 2016
72016
Establishing Percent Embedment Limits to Improve Chip Seal Performance
I Boz, Y Kumbargeri, ME Kutay, SW Haider
Michigan Department of Transportation, 2018
62018
Performance based design procedure for chip seal projects
YS Kumbargeri, I Boz, ME Kutay
CAL 100, 2, 2018
62018
Effect of percent embedment on chip seal performance using FE modeling
YS Kumbargeri, ME Kutay, I Boz
International conference on advances in materials and pavement performance …, 2018
62018
A soft computing approach to predict and evaluate asphalt mixture aging characteristics using asphaltene as a performance indicator
A Seitllari, YS Kumbargeri, KP Biligiri, I Boz
Materials and Structures 52 (5), 100, 2019
52019
Performance-based percent embedment limits for chip seals
I Boz, YS Kumbargeri, ME Kutay
Transportation Research Record 2673 (1), 182-192, 2019
42019
Investigating the effect of binder and aggregate application rates on performance of chip seals via digital image processing and sweep tests
YS Kumbargeri, I Boz, ME Kutay
Construction and Building Materials 222, 213-221, 2019
32019
Development of performance related specifications for chip seal treatments
SW Haider, I Boz, Y Kumbargeri, E Kutay, G Musunuru
International Journal of Pavement Engineering, 1-10, 2019
32019
Development of an acceptance test for chip seal projects
ME Kutay, U Ozdemir, D Hibner, Y Kumbargeri, M Lanotte
Michigan State University, Department of Civil & Environmental Engineering, 2017
32017
A study on the effects of aggregate shape and percent embedment on chip seal performance via image-based finite element analysis
Y Kumbargeri, I Boz, ME Kutay, A Heidelberg
International Journal of Pavement Engineering 21 (8), 1002-1011, 2020
12020
Design and evaluation of chip seals through image-based microstructural parameters and performance tests
YS Kumbargeri
Michigan State University, 2019
12019
Development of Pay Factors to Regulate Chip Seal Construction Quality
SW Haider, I Boz, Y Kumbargeri, ME Kutay
Airfield and Highway Pavements 2019: Design, Construction, Condition …, 2019
2019
Investigation of the Polymer and Rubber Modifications on Bubble Size Distribution of Foamed Binders using X-ray Microtomography Imaging
A Seitllari, Y Kumbargeri, M Lanotte, K M.E., H Ozturk
92nd Association of Asphalt Paving Technologists (AAPT) Annual Meeting …, 2017
2017
An Acceptance Test Protocol for Chip Seal projects using Image Analysis Techniques
Y Kumbargeri, U Ozdemir, D Hibner, M Lanotte, Kutay, M.E.
92nd Association of Asphalt Paving Technologists (AAPT) Annual Meeting …, 2017
2017
An Acceptance Test Protocol for Chip Seal projects using Image Analysis Techniques
U Ozdemir, D Hibner, ME Kutay, M Lanotte, Y Kumbargeri
Transportation Research Board, 96th Annual Meeting, Washington D.C., 2017
2017
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