Riskkurva för alkohol: studie baserad på omkomna personbilsförare i Sverige

Download

The risk of a driver to be killed or injured in a crash increases considerably under the influence of alcohol. The risk increases with increased alcohol concentration. In this study, a risk curve for car drivers representing Swedish conditions has been calculated. The curve shows the risk of being killed in a car crash given a specific alcohol concentration, relative to the corresponding risk of a sober driver. The results show that the estimated relative risk is about 12 times in the lowest concentration interval, 0.2–0.4 per mille. The relative risk then increases considerably with increased alcohol concentration and is almost 1,300 times for the interval 2.2–2.4 per mille. The analyses also show that the estimated risk differs between daytime and nighttime. The risk curves are similar for low concentrations but the curve representing nighttime driving increases faster than the curve representing daytime driving. For example, the estimated relative risk is about 3,300 times at night when the alcohol concentration is between 2.2 and 2.4 per mille. The calculations are mainly based on in-depth studies of fatal car crashes and data from police controls.

MEET US


19-20
Oct

ERPUG 2017

The five year anniversary of  European Road Profile Users' Group (ERPUG) Forum will take place at Ramboll head quarter, Copenhagen, Denmark October 19-20, 2017. 

LATEST NEWS


2017-07-05

Vehicle Driver Monitoring: sleepiness and cognitive load

To prevent road crashes it is important to understand driver related contributing factors, which have been suggested to be the critical reason in 94 per cent of crashes. The overall aim of the project Vehicle Driver Monitoring has been to advance the...


2017-06-29

Tomas Svensson new director-general

Tomas Svensson was today appointed Director-General of VTI. Tomas has been acting Director-General since January 2017. 


2017-05-30

Crash testing bicycles at VTI

For the first time single bicycle crashes have been simulated at the VTI crash safety laboratory.


2017-05-15

A case study exploring firefighters’ and municipal officials’ preparedness for electrical vehicles

A VTI-study presents a social perspective on new vehicle technology. It explores the self-reported preparedness of the fire departments (i.e., rescue services) in Sweden’s three largest cities regarding rescue operations involving electrical vehicles (EVs).


2017-05-02

Pioneering research on and about bicycles at VTI

Under what circumstances might cyclists lose tyre grip? What actions could then be taken to prevent a crash? VTI is currently developing a theoretical model of the behaviour of bicycle tyres during braking and steering in different situations and on different...


2017-05-02

Virtual pedestrians create efficient stations

If more people are to choose sustainable travel, then the public transport stations of the future must be designed so that pedestrians can get where they are going quickly, without congestion or queues. The Swedish Road and Transport Research Institute (VTI)...