|
|
 
Posted: Jan 28 Each year, UGPTI awards scholarships to encourage students to pursue careers in transportation and to recognize outstanding achievement. Applications are due March 1.Posted: Jan 22 Pedro Romero, Shuangli Bao, and Daniel Sudbury
Fourteen Thin Lift Treatments (TLTs) in Utah's Department of Transportation (UDOT) Region 2 were evaluated over a five-year period in order to assess their performance. Posted: Jan 16 Marwan Hafez, Promothes Saha, Waleed Aleadelat, and Khaled Ksaibati
This study investigates a few issues with the pavement management of Wyoming's county roads by developing exclusive PSI pavement prediction models to be more representative for these county roads.Posted: Jan 15 Congratulations to Vanessa McEntee who was named MPC Student of the Year. She was recognized at the Council of University Transportation Centers annual banquet at the opening of this week’s Transportation Research Board meetings in Washington, D.C. Posted: Jan 10 Pedro Romero
An evaluation of the ability of the BBR (Bending Beam Rheometer) as a test to determine changes in the low temperature properties of asphalt mixture parameters was conducted, along with the possible implications of adopting this test for low temperature pavement performance.Posted: Jan 2 Juan C. Medina, M. Scott Shea, and Nuzhat Azra
This study evaluated the approach-level safety performance of left-turn phases at signalized intersections, including permissive, protected-permissive (PPLT), protected indications, and flashing yellow arrow (FYA). Posted: Dec 23, 2019 David M. Sanbonmatsu and David L. Strayer
Studies of self-regulation suggest that monitoring is essential for task performance and the attainment of goals. Research was conducted to investigate factors affecting the monitoring of driving and driving safety. Posted: Dec 18, 2019 Yail Jimmy Kim
This report presents a research program studying the grooved bonding schemes of composite sheets (carbon fiber reinforced polymer, CFRP) for rehabilitating concrete members.Posted: Dec 13, 2019 Nicole Peterson and Rhonda Young
The objective of this report is to utilize current design guides to develop a resource focused on rural communities to aid in making design decisions about transportation facilities that address livability and provide for non-motorized modes.Posted: Dec 5, 2019 In a recent webinar, MPC researcher Milhan Moomen focused on the need to update the GSRS, a system that recommends safe descent speeds for trucks on steep downgrades.Posted: Nov 27, 2019 MPC researcher Dr. Mostafa Tazarv discusses research on how alternative precast concrete and other type bridge systems may prove to provide potential options for local governments when making a bridge type selection based on performance and cost.Posted: Nov 19, 2019 Vanessa McEntee is an engineer with Reaveley Engineers in Salt Lake City, UT, where she designs and retrofits commercial buildings, airports and hospitals. She is also continuing work on her master's degree in civil and environmental engineering at the University of Utah, expecting to graduate in May 2020.Posted: Nov 18, 2019 MPC researcher Dr. Amanda Bordelon discusses research with experimental tests to determine the hardened properties of fiber-reinforced concrete.Posted: Nov 8, 2019 Debbie S. Shinstine, Khaled Ksaibati, and Dennis Trusty
Tribal communities recognize the need to improve roadway safety. A five-step methodology has been developed by the Wyoming Technology Transfer Center (WYT2/LTAP) to improve roadway safety on Indian reservations.Posted: Oct 30, 2019 Debbie S. Shinstine, Khaled Ksaibati, and Dennis Trusty
Tribal communities recognize the need to improve roadway safety. A five-step methodology has been developed by the Wyoming Technology Transfer Center (WYT2/LTAP) to improve roadway safety on Indian reservations.Posted: Oct 29, 2019 Dr. Amanda Bordelon, Assistant Professor at Utah Valley University, will lead an upcoming webinar on fiber-reinforced concrete and how it has been used for concrete pavement overlays.Posted: Oct 18, 2019 Debbie S. Shinstine, Khaled Ksaibati, and Dennis Trusty
Tribal communities recognize the need to improve roadway safety. A five-step methodology has been developed by the Wyoming Technology Transfer Center (WYT2/LTAP) to improve roadway safety on Indian reservations.Posted: Oct 14, 2019 Mohammed Okok and Khaled Ksaibati
This study is part of a multiple year study conducted at the University of Wyoming to assess the effectiveness of dust suppressant treatments on gravel roads. The multiple year study was conducted to assist the Wyoming Department of Transportation and the Federal Highway Administration optimize the use of the congestion mitigation and air quality (CMAQ) funds.Posted: Oct 11, 2019 Lucas Bohn, Mostafa Tazarv, and Nadim Wehbe
Precast prestressed double-tee girders are common on county bridges in South Dakota because of the ease of construction, short construction time, and low cost. The present study was conducted to develop, construct, and evaluate rehabilitation methods for this type of bridge.Posted: Oct 3, 2019 Milan Zlatkovic, Khaled Ksaibati, and Muhammad Tahmidul Haq
The presence of heavy vehicles reduces the capacity of freeway segments, with the reduction being more significant along specific grades. This study focuses on the benefits of climbing lanes on operations and safety of freeway truck traffic.Posted: Oct 1, 2019 Sandeep Thapa and Rhonda Young
The objectives of this study was to address the relationship and the impacts of adverse weather conditions on speed selection behavior. In addition, how the change in speed behavior during winter storm will affect microscopic behavior; headways and spacing.Posted: Sep 27, 2019 Senator Rich Wardner will be awarded the John M. Agrey Award. The Institute's highest award recognizes an individual who has made significant contributions to the state of North Dakota through involvement with transportation. The award will be presented at the Upper Great Plains Transportation Institute's Annual Awards Banquet held Oct. 3 where we honor individuals who have made significant contributions to the transportation industry in the region.Posted: Sep 26, 2019 Christopher Chamberlin and Khaled Ksaibati
This study utilizes field data and comprehensive statistical analysis to prove the effectiveness of various dust suppressants. This includes monitoring dust suppressant application, surfacing aggregate type, traffic, weather, roadway performance, and fugitive dust emissions to provide a comprehensive assessment of the effectiveness of the dust suppression efforts paid for with CMAQ funds.Posted: Sep 26, 2019 Don Andersen will receive the Chairman's Award. The award recognizes an individual for contributions to transportation research, education, and outreach at NDSU, and/or contributions to the viability of the Upper Great Plains Transportation Institute. The award will be presented at the Upper Great Plains Transportation Institute's Annual Awards Banquet held Oct. 3 where we honor individuals who have made significant contributions to the transportation industry in the region.Posted: Sep 25, 2019 Tim Horner will receive the Institute's Lifetime Achievement Award recognizing those who have had distinguished careers in a transportation-related field. The award will be presented at the Upper Great Plains Transportation Institute's Annual Awards Banquet held Oct. 3 where we honor individuals who have made significant contributions to the transportation industry in the region.Posted: Sep 24, 2019 Adam Kroll and Jonnah Lee will receive the Paul E.R. Abrahamson Transportation Scholarship. The scholarship recognizes outstanding students at NDSU with an interest in the transportation and logistics of agricultural products. The scholarships will be presented at the Upper Great Plains Transportation Institute's Annual Awards Banquet held Oct. 3 where we honor individuals who have made significant contributions to the transportation industry in the region.Posted: Sep 24, 2019 Gina Blazanin will receive the Charles E. Herman Scholarship, which recognizes academic achievement and promotes the education of transportation students with a preference to women and minorities at NDSU. The scholarship will be presented at the Upper Great Plains Transportation Institute's Annual Awards Banquet held Oct. 3 where we honor individuals who have made significant contributions to the transportation industry in the region.Posted: Sep 23, 2019 Erika Krieger and Rachel Vogl will receive the $1,500 Transportation Engineering Scholarship. The scholarship recognizes academic achievement and promotes the education of transportation students at NDSU. The scholarships will be presented at the Upper Great Plains Transportation Institute's Annual Awards Banquet held Oct. 3 where we honor individuals who have made significant contributions to the transportation industry in the region.Posted: Sep 23, 2019 This issue features the latest happenings within the transportation industry along with a list of upcoming transportation conferences and webinars. You can also find some of the latest news from our faculty and students!Posted: Sep 20, 2019 Suren Chen, Luke Chen, and Yufen Zhou
A hybrid simulation approach is proposed to conduct the nonlinear seismic analysis of the bridge/traffic/earthquake system by integrating the stochastic traffic flow simulation, the mode-based fully-coupled simulation technique of the bridge-traffic system, and the nonlinear seismic analysis platform that was developed based on OpenSees.Posted: Sep 18, 2019 Catherine Tucker and Luis Ibarra
This study evaluates the seismic performance of circular concrete-filled tube (CCFT) columns in accelerated bridge construction (ABC) projects.Posted: Sep 17, 2019 Suren Chen and Yufen Zhou
To study the seismic performance of bridge and traffic systems, a new full-response prediction methodology for the coupled bridge-traffic interaction system under spatially varying earthquake excitations was developed by capturing the interaction effects not only between the bridge and moving vehicles, but also between earthquake excitations and the coupled bridge-traffic system.Posted: Sep 12, 2019 The proposed project will seek to develop a training model and implementation plan and materials that can serve as a blueprint and road map for training leaders in transit and freight organizations to systematically promote and develop an effective safety culture.Posted: Sep 9, 2019 Sandip Rimal, Brian Kidd, Mostafa Tazarv, Junwon Seo, and Nadim Wehbe
In this study, quantitative definitions were first proposed to identify all damage types and condition states specific to double-tee girders. Subsequently, more than 370 inspection reports on South Dakota double-tee girder bridges were reviewed to determine the frequency of damage types and condition states, bridge span length, bridge number of spans, girder depth, and bridge skew conditions.Posted: Sep 5, 2019 Xiaoyue Cathy Liu and Zhuo Chen
A high-dimensional clustering-based sampling method for roadway asset condition inspection is proposed in this study. The method complements existing literature by selecting sample roadway segments that contain multiple types of assets for the accurate estimation of their respective levels of maintenance (LOMs).Posted: Sep 4, 2019 Wesley Marshall, Yaneev Golombek, Nicholas Coppola, and Bruce Janson
This report takes a look at the mounting evidence that is beginning to cast doubt on what we think we know about the impact of roadside clear zones on actual safety outcomes.Posted: Aug 29, 2019 Nick Ferenchak, Wesley Marshall, and Bruce Janson
This report identifies locations in urban areas where child pedestrians are at particular risk for fatal collisions with vehicles, with the hopes of improving safety where they should walk and bike.Posted: Aug 27, 2019 This issue features the latest happenings within the transportation industry along with a list of upcoming transportation conferences and webinars. You can also find some of the latest news from our faculty and students!Posted: Aug 27, 2019 Milan Zlatkovic
The goal of this research is to develop a matrix of performance measures, which can be applied in practice to effectively evaluate innovative designs in terms of operations, safety, access, and multimodal accommodations.Posted: Aug 26, 2019 The primary objective of this research is to characterize and evaluate how bicyclists perceive the safety of roundabouts overall and of specific design and operational characteristics of roundabouts.Posted: Aug 20, 2019 Justin Pace, Paul Barr, and Philip Powelson
This study investigated the amount of strain typical vehicles caused in the bottom of each girder as they travel across the bridge. This research also examined the maximum strains in the bridge girders due to vehicle loads, which is of interest in girder design.Posted: Aug 13, 2019 Hussam Mahmoud, Rebecca Atadero, Karly Rager, Aura Lee Harper-Smith, and Mehrdad Memari
The main goals of this project are to 1) expand understanding of thermal loading effects on bridge expansion joints and 2) conduct an LCCA for joint elimination and retrofits for bridges in Colorado.Posted: Aug 7, 2019 Ziqi Song, Yi He, and Zhaocai Liu
The focus of this project is to analyze the capability and strengths of an airborne data collection system in highway inventory data collection. Posted: Aug 5, 2019 Pan Lu, Raj Bridgelall, Denver Tolliver, Leonard Chia, and Bhavana Bhardwaj
In this research, smartphone-based signaling data collection applications, data fusion algorithms, and data processing algorithms to detect a wide variety of possible track surface abnormalities are developed and validated.Posted: Aug 1, 2019 Hussam Mahmoud, Mehrdad Memari, and Rebecca Atadero
This paper presents the results of an experimental study on the effect of externally bonded CFRP on slowing or arresting fatigue crack growth in the steel rebar in a reinforced concrete beam subjected to cyclic loading and service temperature.Posted: Jul 31, 2019 David Sanbonmatsu, David Strayer, Zhenghui Yu, Francesco Biondi, and Joel Cooper
A study investigated the cognitive underpinnings of consumers' beliefs and confidence in their beliefs about fully automated vehicles. Following previous research, opinions about self-driving cars tended to be mixed. Posted: Jul 30, 2019 Hussam Mahmoud and Emad Hassan
This study aims to add to existing literature through conducting analytical simulations for seismic assessment of embankments using real ground motions. Specifically, in this study the goal was to develop a simple non-linear finite element models that can capture the main characteristic of the real behavior of highway embankments.Posted: Jul 29, 2019 Perry is a graduate research assistant at Colorado State University working on his master's degree with a research focus on creating a streamlined approach to using unmanned aerial vehicles for inspecting bridges.Posted: Jul 24, 2019 Mohamed Ahmed, Sherif Gaweesh, Md Julfiker Hossain, Sadia Sharmin, and Thomas Peel
This study is considered a first step toward validating applicability of the Highway Safety Manual (HSM) Part D to Wyoming conditions. The HSM Part D provides a quantitative measure of safety for various countermeasures known as crash modification factors (CMF).Posted: Jul 24, 2019 Patrick Sherry
The purpose of the project was to establish a baseline for the evaluation of proposed fatigue mitigation efforts, to demonstrate the utilization of measures of sleep and fatigue, and to gather initial data for comparison to other previous studies. Posted: Jul 19, 2019 This issue features the latest happenings within the transportation industry along with a list of upcoming transportation conferences and webinars. You can also find some of the latest news from our faculty and students!Posted: Jul 17, 2019 Hussam Mahmoud, Mazin Irfaee, and Emad Hassan
In this study, the seismic behavior of a twin tub steel girder bridge is evaluated. Specifically, a detailed finite element model of the bridge in question is developed, and the model is subjected to a suite of ground motions.Posted: Jul 11, 2019 Patrick Sherry
This study furthered the development and validation of a measure of corporate safety culture for the transportation industry.Posted: Jul 2, 2019 The objective of this research project is to measure the characteristics of turbulent flow over an eroding soil sample in an erosion function apparatus (EFA) type facility.Posted: Jul 1, 2019 This issue features the latest happenings within the transportation industry along with a list of upcoming transportation conferences and webinars. You can also find some of the latest news from our faculty and students!Posted: Jun 26, 2019 Kam Ng, Melake Brhanemeskel, and Khaled Ksaibati
This research aimed to facilitate the implementation of Mechanistic-Empirical Pavement Design Guide in Wyoming.Posted: Jun 24, 2019 Pan Lu, Brenda Lantz, Denver Tolliver, and Zijian Zheng
This research seeks to investigate crash severity predicting models and contributing factor explorations through the application of data mining models.Posted: Jun 24, 2019 UGPTI’s Raj Bridgelall will present “Autonomous, Connected, Electrified & Shared Vehicles are Coming: How Should Cities Prepare?” at the Embedded Technologies Expo & Conference on Wednesday, June 26.Posted: Jun 21, 2019 Alejandro Henao, Wesley E. Marshall, and Bruce Janson
This research project uses ethnographic methods complemented with passenger surveys where one of the authors drove for Uber and Lyft in the Denver, Colorado, region to collect quantitative and qualitative data on ride-hailing. Posted: Jun 20, 2019 MPC researcher Junwon Seo discusses research to evaluate performance of various SCC mixtures for use in prestressed bridge girders.Posted: Jun 19, 2019 Nick Ferenchak, Wesley E. Marshall, and Bruce Janson
Both reactive and proactive safety analyses provide unique and important perspectives on traffic safety. If our goal is to enable more people to safely walk and bike as opposed to simply reducing crashes, then it is imperative to consider active transportation traffic safety proactively.Posted: Jun 17, 2019 This research will contribute to an ongoing effort to improve public safety by preventing and reducing severity of rural road crashes.Posted: Jun 13, 2019 This study focuses on understanding the relationship between the accuracy of an in-pavement strain-sensor based WIM system and its external contributors such as humidity, temperature, wander behavior and wind speed.Posted: Jun 10, 2019 Kam Ng, Dawit Mebrahtom, and Khaled Ksaibati
In this research, laboratory experiments on resilient modulus were performed to characterize the local crushed base materials in Wyoming. A comprehensive resilient modulus test program was completed.Posted: Jun 5, 2019 WYDOT implements the two-vehicle method to measure passing sight distances on Wyoming’s two-lane roads. The objective of this study is to provide two state-of-the-art prototypes of the two-vehicle method having advanced intelligent transportation system features to WYDOT.Posted: Jun 4, 2019 MPC researcher Ahmad Ghadban describes research for design, material selection, constructing, testing and application of FRC in South Dakota.Posted: Jun 3, 2019 The standards and protocols of CAV (connected-autonomous vehicles) technologies are currently in development, with limited number of tests and implementations. The installation of CAV hardware/software in traffic signals in Wyoming creates opportunities for developing methods and algorithms that would help the State's unique transportation challenges.Posted: May 31, 2019 Vanessa McEntee, a graduate student at the University of Utah, was selected to present findings from her research for the U.S. Senate in Washington D.C. on May 14 at the University Transportation Center's Spotlight Conference.Posted: May 30, 2019 MPC researcher Amanda Bordelon outlines research to develop and test an equation and a model to predict crack width in field projects using FRC.Posted: May 24, 2019 UGPTI researcher Raj Bridgelall and NDSU transportation and logistics doctoral student Leonard Chia presented papers at the SPIE 26th Annual International Symposium on Smart Structures and Material Systems + Nondestructive Evaluation in Denver, CO, in March.Posted: May 22, 2019 The primary objective of this project is to quantify the safety benefits of the CV pilot using non-traditional approaches. To evaluate the safety benefits of the CV applications, safety performance and microsimulation modeling will be conducted to aid in the evaluation process.Posted: May 21, 2019 This issue features the latest happenings within the transportation industry along with a list of upcoming transportation conferences and webinars. You can also find some of the latest news from our faculty and students!Posted: May 16, 2019 Chris Pantelides, an MPC researcher at the University of Utah was recently honored for mentoring students and was selected as an Outstanding Reviewer for 2018 by the ASCE Journal of Structural Engineering.Posted: May 15, 2019 The objectives of this project are to evaluate factors that can affect E. coli removal by steel byproduct filters through laboratory column experiments, and to determine the long-term performance of a field scale steel byproduct filter for E. coli removal from stormwater.Posted: May 14, 2019 MPC researcher Shiling Pei describes research on costs and benefits of implementing ABC techniques in South Dakota and a development of a cost-benefit analysis model.Posted: May 13, 2019 The project aims to establish a comprehensive performance database for mechanically spliced precast bridge columns through large-scale testing,and verify or update current state-of-the-art design methods for mechanically spliced precast bridge columns.Posted: May 8, 2019 MPC researcher Allen Jones discusses research into the performance of waterborne and epoxy paint performance on concrete and asphalt pavements.Posted: May 7, 2019 Md. Daulat Hossain, a PhD. student in transportation and logistics, was recently elected President of the NDSU Graduate Student Council. The Graduate Student Council works to improve and maintain a standard of excellence in the graduate student experience at NDSU.Posted: May 7, 2019 Ziqi Song, Yi He, and Zhaocai Liu
Among various types of M&R projects, road capacity expansion is the one that requires massive resources and takes a long time to complete. Therefore, this study focuses on the project selection and scheduling for road capacity expansion projects.Posted: May 1, 2019 Zachary Carnahan, Michael Mingo, Mostafa Tazarv, and Nadim Wehbe
The present study was carried out to investigate the feasibility of alternative prefabricated bridge systems that can be incorporated in South Dakota.Posted: Apr 23, 2019 Do you know someone who's contribution to the transportation industry has put North Dakota and the region on the fast track? Do you know someone who has been a leader, a builder, a facilitator, a planner, or a visionary working on behalf of transportation? Please introduce them to us. That individual may deserve one of the Upper Great Plains Transportation Institute's annual awards.Posted: Apr 23, 2019 This issue features the latest happenings within the transportation industry along with a list of upcoming transportation conferences and webinars. You can also find some of the latest news from our faculty and students!Posted: Apr 16, 2019 Moatassem Abdallah, Caroline M. Clevenger, Mehmet Ozbek, Aly Tawfik, and Shahryar Monghasemi
This project focuses on developing and implementing a new system to identify the optimal selection of business commute alternatives to minimize negative environmental impacts, as well as commuting time and cost for commuters in Denver and, eventually, the United States.Posted: Apr 9, 2019 This project studies how large-scale changes are made to engineering practice at DOTs within the specific context of bridge inspection. The project pursues a two-pronged approach to study the incentives and barriers to organization change.Posted: Apr 2, 2019 This project will use a probabilistic process-based model for landslide initiation to quantify the probability of landslide hazard across the landscape, and map these hazards onto the road and highway network to determine probabilities of landslide hazard continuously throughout the transportation network. Posted: Apr 1, 2019 This project will explore the potential of UAV-based remote sensing technology in transportation infrastructure inspection with a focus on bridges. The ultimate goal of the study is to develop an autonomous and quantitative infrastructure inspection procedure that requires minimum human intervention.Posted: Mar 28, 2019 This project aims to analyze the CV impacts on crash prevention under different highway geometric designs.Posted: Mar 27, 2019 This project will develop a basic framework to model traffic safety risk functions based on reliability theory by considering various adverse driving conditions, potential vehicle safety risks and associated uncertainties.Posted: Mar 26, 2019 This issue features the latest happenings within the transportation industry along with a list of upcoming transportation conferences and webinars. You can also find some of the latest news from our faculty and students!Posted: Mar 15, 2019 Puskar Dahal, Mostafa Tazarv, and Nadim Wehbe
The main objectives of the present study were to establish the behavior of mechanical bar splices suited for bridge columns, to generate an experimental database for seismic couplers, and to quantify the effect of such couplers on the seismic performance of bridge columns.Posted: Mar 8, 2019 Ahmad A. Ghadban and Nadim I. Wehbe
The objective of this project is to attempt providing a better tool for FRC designers to be able to make more robust claims about the performance of an FRC element in transportation infrastructures.Posted: Mar 6, 2019 This project will evaluate the ability of a new tests, called the IDEAL-CT, to determine potential cracking performance of asphalt mixtures. The data will be compared to the results previously obtained by using the SCB IFIT tests (AASHTO TP-124) in terms of relation to field performance, repeatability, and simplicity.
|
