🛣️ Can centerlines lower vehicle speeds and improve safety for pedestrians, cyclists, and other nonmotorized road users? 🚙 Vehicle speed is a major factor in crash severity, especially for vulnerable road users. In a new MnDOT and LRRB funded project, researchers are determining if there is a relationship between centerlines and traffic speeds on low-speed, two-lane, and two-way urban streets. Insights into using centerlines can help enhance safety for all road users. "This research is needed to understand the potential of centerlines as a tool to encourage slower speeds," said Ken Johnson, assistant state traffic engineer, MnDOT Office of Traffic Engineering. "Results will help MnDOT and local agencies ensure urban roads are safe and accommodate the needs of all users." This project is led by Timothy Gates, Peter Savolainen, and Kakan Dey with Michigan State University and Ken Johnson with the Minnesota Department of Transportation. https://lnkd.in/gpM7hnmg
Minnesota Local Road Research Board
Research Services
St. Paul , Minnesota 762 followers
Advancing local transportation systems in Minnesota. More at lrrb.org.
About us
The Minnesota Local Road Research Board (LRRB) has been bringing innovations to local Minnesota transportation engineers since 1959. Established through state legislation, the LRRB sponsors transportation research in the areas of design, construction, maintenance/operations, environmental compatibility, administration and implementation needs of cities and counties.
- Website
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https://lrrb.org/
External link for Minnesota Local Road Research Board
- Industry
- Research Services
- Company size
- 11-50 employees
- Headquarters
- St. Paul , Minnesota
- Type
- Government Agency
- Founded
- 1959
- Specialties
- Transportation and Research
Locations
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Primary
St. Paul , Minnesota, US
Updates
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Bigger trucks, fewer trips? 🚚🏞️ Trucks emit over one-third of greenhouse gas emissions in the transportation sector. Bigger trucks could mean moving more freight at once and reducing the number of trips taken. In a new LRRB-funded project, researchers are developing a tool to analyze truck weights and assess the impacts on road, pavement surfaces, and bridge capacities. “The research is needed to fill a void in tools to support the freight community in reducing VMT,” said Duane Hill, district engineer, MnDOT District 1. “MnDOT will be informed of potential infrastructure impacts before supporting changes to allowable truck sizes or weights.” This project is led by Alireza Khani with the University of Minnesota, and Duane Hill and Laura Roads with the Minnesota Department of Transportation. https://lnkd.in/guNwyBat
New Project: Analyzing Truck Size and Weight Impacts on Vehicle Miles Traveled
http://mntransportationresearch.org
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❄️ 🚙 You still can register for tomorrow's webinar, Research Radar: Advancements in Winter Maintenance. We'll be discussing new research and technologies that have the potential to enhance winter maintenance capabilities and improve traffic safety. Join us at 10 AM, Dec. 19!
Research Radar: Advancements in Winter Maintenance, Dec. 19, 10-11 AM
events.gcc.teams.microsoft.com
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❄️ 🚙 Join us Dec. 19, 10-11 am for the webinar, Research Radar: Advancements in Winter Maintenance. Learn about new research and technologies that have the potential to enhance winter maintenance capabilities and improve traffic safety. Free to attend. Register today! The projects featured include: Snowplow Driver Assist System Implementation Plan led by Brian Davis with the University of Minnesota and Cory Johnson with Minnesota Department of Transportation (speaker) Snowplow Optimization & GPS/AVL on Maintenance Equipment led by Susan Miller with SRF Consulting Group and Joe MacPherson with Anoka County (speaker) Human-Centered Testing of Rear-Facing Display to Reduce Vehicle Collisions with Snowplows led by Nichole Morris, Ph.D. with University of Minnesota and Steve Blaufuss with Minnesota Department of Transportation (speaker)
Research Radar: Advancements in Winter Maintenance Webinar
events.gcc.teams.microsoft.com
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J-turn intersection designs have many safety benefits by reducing potential conflict points. Stop sign and stop bar placements can also encourage safer driving behaviors. A new-LRRB funded study is analyzing driver reactions to J-turns in rural areas to understand the effect of different design features on driver decision-making. "The research will suggest how drivers react to J-turns in different scenarios and the impact of the distance between a stop bar and a stop sign," said Vic Lund, traffic engineer, St. Louis County. "Understanding what encourages safe driving behavior will help us design and maintain our rural intersections." This project is led by Nichole Morris, Ph.D. and Katelyn S. with the University of Minnesota and Victor Lund with St. Louis County, MN. https://lnkd.in/gNeqwXXF
New Project: Rural Intersection Enhancement and Driver Behavior Study
http://mntransportationresearch.org
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Are you struggling to hire and retain transportation maintenance staff? Check out this webinar about an exciting new resource that can help. MNTransportationCareers is a portal for job seekers, public works managers, HR departments, and others. Developed through a project sponsored by LRRB, the site includes job and internship postings, training and recruiting resources, and more. Learn how you can use this resource from project leads, Katherine Stanley, MBA and John Siqveland with the University of Minnesota.
CTS Webinar: Expanding the Transportation Workforce, Dec. 5, 2-3:30 p.m.
cts.umn.edu
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Alternative deicers perform better due to its unique composition compared to melting salt alone. Current winter maintenance operators rely on past experience or vendor recommendations to choose an alternative deicer and timing of application. A new LRRB-funded research study will analyze different alternative deicer mixtures and quantify its benefits in different winter road conditions. “This research will enhance MnDOT’s ability to provide winter roadway safety while minimizing the environmental impact,” said Thomas Peters, research engineer, MnDOT Office of Maintenance. “In addition to reductions in chloride use, winter road maintenance in extra cold conditions will be improved.” This project is led by Stephen Druschel with the Minnesota State University, Mankato and Mr. Thomas Peters with the Minnesota Department of Transportation. https://lnkd.in/gyr6EreV
New Project: Alternative Deicer Performance Characterization: Know Before the Snow
http://mntransportationresearch.org
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❄️🚘 Sure, winter in Minnesota is inevitable but the methods for maintaining our roads continue to evolve and improve. Attend our webinar, Research Radar: Advancements in Winter Maintenance, on Dec. 19, 10-11 am, to learn about new research and technologies that have the potential to enhance winter maintenance capabilities and improve traffic safety. Free to attend. Register today! The projects featured include: Snowplow Driver Assist System Implementation Plan led by Brian Davis with the University of Minnesota and Cory Johnson with Minnesota Department of Transportation (speaker) Snowplow Optimization & GPS/AVL on Maintenance Equipment led by Susan Miller with SRF Consulting Group and Joe MacPherson with Anoka County (speaker) Human-Centered Testing of Rear-Facing Display to Reduce Vehicle Collisions with Snowplows led by Nichole Morris, Ph.D. with University of Minnesota and Steve Blaufuss with Minnesota Department of Transportation (speaker)
Research Radar: Advancements in Winter Maintenance
events.gcc.teams.microsoft.com
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Minnesota Local Road Research Board reposted this
This Thursday, stop by our booth at APWA-MN Chapter Group and say hello! Don't miss out on our very own Mike Marti presenting on Minnesota LTAP and Minnesota Local Road Research Board Resources & Training from 1:15 - 2:30PM. SRF is a proud sponsor of this year's conference. See you then.
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As my time in Australia comes to an end, I want to again thank Minnesota Local Road Research Board for the opportunity to come here. To David Jenkins Chief Executive Officer GAICD, EMBA, PGCE, Peter Ali, Gavin Gotke, Jonathan Jones, I very much look forward to staying in contact, sharing information, and working together to support the public works profession across the globe. Infrastructure may look a bit different depending on where you are in the world, but the outcome is still the same: Public Works Makes Normal Happen. American Public Works Association, APWA Government Affairs, APWA-MN Chapter Group, IPWEA, Municipal Works Australia
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