Event Title
Development of Prediction Model for IRI Utilizing Traditional Regression Analysis and Artificial Neural Network
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Faculty Mentor
Dr. Mena Souliman
Document Type
Poster Presentation
Date of Publication
2021
Abstract
Distresses occur in flexible pavements in various forms. As the age of the flexible pavement increases, the chances for occurrence of distress increase. In general, distresses occur in the pavement due to various factors. Structure, climate, traffic, performance are few of those factors which lead to distresses. In this paper, few factors were selected and related to the performance of International Roughness Index (IRI). Roughness of the roads can cause inconvenience to the people riding or driving a vehicle and it can also delay the journey time. So, study on how to overcome these issues and the main factors causing this distress is important. In this study, six various factors were chosen for the analysis of predicting a model for IRI using regression analysis and Artificial Neural Network.
Keywords
International Roughness Index, Hot Mixed Asphalt(HMA) Pavement, Artificial Neural Network(ANN).
Persistent Identifier
http://hdl.handle.net/10950/3076
Ahmed_Poster
Development of Prediction Model for IRI Utilizing Traditional Regression Analysis and Artificial Neural Network
Distresses occur in flexible pavements in various forms. As the age of the flexible pavement increases, the chances for occurrence of distress increase. In general, distresses occur in the pavement due to various factors. Structure, climate, traffic, performance are few of those factors which lead to distresses. In this paper, few factors were selected and related to the performance of International Roughness Index (IRI). Roughness of the roads can cause inconvenience to the people riding or driving a vehicle and it can also delay the journey time. So, study on how to overcome these issues and the main factors causing this distress is important. In this study, six various factors were chosen for the analysis of predicting a model for IRI using regression analysis and Artificial Neural Network.