Results 101 to 110 of about 142 (121)

Estimation of turbo-roundabout capacity

2016
In recent years, a new estimation method of lane capacity at turbo-roundabouts entries in various countries has been developed. It can be shown that methods developed under different assumptions and taking into account various factors determining capacity give significantly different results. Different approaches to the estimation of capacity are used,
Janusz Chodur, Mariusz Kieć
openaire   +1 more source

Modern Suburban Roundabouts in Croatia - Flower and Turbo roundabouts

Scientific journal of civil engineering, 2019
Turboroundabouts are specially designed multilane roundabouts with spiral circulatory roadway and physically separated traffic lanes. This roundabout layout was developed in the late nineties of the last century with the aim of increasing the traffic safety and capacity at classic multi-lane roundabouts.
Džambas, Tamara, Dragčević, Vesna
openaire  

Investigating the Conversion of a Signalized Intersection to a Turbo Roundabout

Turbo roundabouts are multilane roundabouts with helical pavement markings and raised structures. While they have seen widespread use in Europe, California is only the second state in the U.S. (after Florida) to have installed a turbo roundabout. Turbo roundabouts separate the ingress and circulating roadways.
Vyshnavi Shetty, Mycola Sauciur, Anurag Pande   +2 more
openaire   +1 more source

A study on the capacity assessment of turbo roundabouts and the applicability in Vietnam

Transport and Communications Science Journal
A turbo roundabout (or Turbine) is an improvement from conventional roundabouts with lanes running in a spiral shape, helping vehicles to enter the intersection smoothly and eliminate conflicts, reducing traffic congestion as well as the risk of traffic accidents.
Tan Dang Minh, Hung Nguyen Van
openaire   +1 more source

A comparative study on the operational performance between signalized turbo roundabouts and signalized intersections

Asian Transport Studies, 2021
Hideki Nakamura
exaly  

Turbo-Roundabouts as an Instrument for Improving the Efficiency and Safety in Urban Area: An Italian Case Study

Sustainability, 2023
Salvatore Leonardi, Natalia Distefano, Distefano Natalia   +2 more
exaly  

Safety Evaluation of Turbo-Roundabouts with and without Internal Traffic Separations Considering Autonomous Vehicles Operation

Sustainability, 2021
Salvatore Trubia, Anna Grana, Tullio Giuffre'   +2 more
exaly  

Can turbo-roundabouts and restricted crossing U-Turn be effective solutions for urban three-leg intersections?

Sustainable Cities and Society, 2023
Paulo Fernandes, Margarida Coelho
exaly  

Evaluating Operational Features of Multilane Turbo Roundabouts with an Entropy Method

Journal of Transportation Engineering Part A: Systems, 2022
Yang Shao, Binghong Pan, Shangru Liu
exaly  

Sustainable transport safety : are turbo roundabouts applicable to Canada?

As relatively novel intersections, roundabouts have garnered support and interest from many countries due to traffic flow and safety improvements over traditional intersections. Despite growing application, knowledge and experience is relatively scarce within Canada for multilane roundabouts (MLR’s); the Canadian Roundabout Design Guide was only ...
openaire   +1 more source