"Research sponsored by the Federal Motor Carrier Safety Administration."

The objective of this report is to identify known relationships between commercial vehicle safety and crash causation factors and to prepare a synthesis of safety implications of oversize/overweight (OS/OW) commercial vehicles. This information can be used to support commercial vehicle enforcement and permitting practices and justify expenditures and investments on size and weight enforcement to enhance safety. In producing this report, insight was gained into the impacts of truck size and weight (TSW) regulations through three case studies. The state of practice in estimating large truck crash rates is complicated because of the many configurations and the wide range of possible weights for any particular configuration. This report highlights four primary findings regarding the contributions of OS/OW to commercial vehicle crashes found by its researchers.

Advancement in design and construction to embrace the impact of rapid global urbanization growth in infrastructure development is inevitable. This proceedings volume includes many smart and green solutions for civil infrastructures, incorporating geotechnical and engineering geology aspects. The articles presented in this volume are attempts made by the researchers and practitioners to address many geotechnical challenges, based on the state-of-the-art practices, innovative technologies, new research results and case histories in construction and design towards safer and cost effective infrastructures. This volume covers a wide range of topics with direct relevance to people within the broad field of geomechanics, including consultants, contractors, academics, materials suppliers and the owners and operators of civil infrastructures. Many papers associated with numerical modeling of transport infrastructure, advanced soil and rock testing, field monitoring, tunnelling, expansive soils, geo-center motion, triaxial and dynamic testing, piles etc. are included. The content is based on the contributions to the 6th GeoChina International Conference on Civil & Transportation Infrastructures: From Engineering to Smart & Green Life Cycle Solutions -- Nanchang, China, 2021.

TRB's Commercial Truck and Bus Safety Synthesis Program (CTBSSP) Synthesis 20: Potential Safety Benefits of Motor Carrier Operational Efficiencies addresses risk avoidance strategies and highlights their use and perceived safety effects. The report is designed to assist motor carriers in deploying their vehicles in ways that may minimize crash risk.

This manual describes methods and resources for practitioners and decision-makers to use for enacting new laws or regulations or amending existing ones as part of a comprehensive road safety strategy. The manual covers steps to be taken to address five main risk factors and post-crash care. It can therefore be used to: * develop an understanding of the framework of legislation and relevant processes that are applicable in a country * review current national legislation and regulations and identify gaps that hinder implementation and enforcement of effective road safety measures * identify available resources, including international agreements, evidence-based guidance and recommendations on effective measures, to improve legislation * prepare action plans to strengthen national legislation and regulations for the five main risk factors and for post-crash care, including advocating for improvement. Other important topics should also be addressed to achieve a comprehensive national system of road safety legislation and regulation; however, they are beyond the scope of this manual. They include: vehicle and helmet manufacturing standards and testing, third-party insurance, victim's rights and compensation, a graduated driver licensing system, road audits and design standards and driving hours for commercial drivers.

Every day, thousands of people are killed and injured on roads around the world, with the costs of this growing, but largely preventable, public health concern disproportionately affecting vulnerable social groups and developing countries. In order to address these issues, the World Health Organization and the World Bank have produced this joint report on road traffic injury prevention, based on the collaborative contributions of experts and institutions, from all continents and different sectors, including transport, engineering, health, police, education and civil society. It presents a comprehensive overview of the magnitude, risk factors and impact of road traffic injuries, and about ways to prevent and lessen the impact of road crashes.

This comprehensive 2nd edition covers the key issues that relate human behavior to traffic safety. In particular it covers the increasing roles that pedestrians and cyclists have in the traffic system; the role of infotainment in driver distraction; and the increasing role of driver assistance systems in changing the driver-vehicle interaction.

It is possible to eliminate death and serious injury from Canada’s roads. In other jurisdictions, the European Union, centres in the United States, and at least one automotive company aim to achieve comparable results as early as 2020. In Canada, though, citizens must turn their thinking on its head and make road safety a national priority. Since the motor vehicle first went into mass production, the driver has taken most of the blame for its failures. In a world where each person’s safety is dependent on a system in which millions of drivers must drive perfectly over billions of hours behind the wheel, failure on a massive scale has been the result. When we neglect the central role of the motor vehicle as a dangerous consumer product, the result is one of the largest human-made means for physically assaulting human beings. It is time for Canadians to embrace internationally recognized ways of thinking and enter an era in which the motor vehicle by-product of human carnage is relegated to history. No Accident examines problems related to road safety and makes recommendations for the way forward. Topics include types of drivers; human-related driving errors related to fatigue, speed, alcohol, and distraction and roads; pedestrians, cyclists, and public transit; road engineering; motor vehicle regulation; auto safety design; and collision-avoidance technologies such as radar and camera-based sensors on vehicles that prevent crashes. This multi-disciplinary study demystifies the world of road safety and provides a road map for the next twenty years.