National Repository of Grey Literature 8 records found  Search took 0.00 seconds. 
Safety inspections of selected localities in the Moravian-Silesian Region
Jalůvková, Denisa ; Slavíček, Michal (referee) ; Matuszková, Radka (advisor)
This diploma thesis presents safety inspection in selected localities in the Moravian-Silesian Region. Ten sections and ten intersections from rural area were selected for an accident rate analysis at first. These locations were compared on the basis of accident rate analysis and accident indicators. After that, were selected three sections and three intersections for a safety inspection. The safety inspection included a visual inspection and risk identification. For all identified risks were proposed a possible solutions.
Determination of duration that driver needs to assess the situation behind the vehicle in course of turning or overtaking manoeuvres.
Belák, Michal ; Rábek,, Vlastimil (referee) ; Kolíbal, Zdeněk (referee) ; Semela, Marek (advisor)
The dissertation thesis deals mainly with determining of the duration that driver needs to assess the situation behind his vehicle at manoeuvers of turning and overtaking, based on the measurements made in real road traffic. These are common and frequent driving manoeuvers, which the driver performs while driving the vehicle in regular road traffic. For their safe execution the driver needs to have sufficient amount of information about the situation around the vehicle and especially behind the vehicle. This information can driver usually gain from devices for indirect vision, most often rear view mirrors. The time thus defined, suitable e.g for the needs of forensic engineering applications for the analysis of road accidents, has not been studied in detail yet. For the purpose of its determination, therefore, an extensive analysis of the current state of problematics related to the indirect vision from the vehicle was carried out. There were formulated influences on the time duration and with this related characteristics of humans as a part of the driver-vehicle-environment system in the thesis. The characteristics of human perception were investigated and the problematics of reaction time was discussed. Existing research focused on the duration of rear view mirrors glances was analyzed and possible methods of its measurement in detail were presented by author. Based on this, an experiment was designed and realized, the time necessary for rear view mirror glances was defined by the author. The results enable to quantify the time that the driver needs for assessing the situation behind the vehicle in connection of turning, overtaking and other driving manoeuvers when the driver needs to change the driving direction. The conclusions showed that the time needed to evaluate the situation behind the vehicle by means of the rear-view mirrors does not normally exceed duration 1 second.
The weather influence on traffic in urban areas
Jalůvková, Denisa ; Radimský, Michal (referee) ; Matuszková, Radka (advisor)
This Bachelor thesis is a research of the connections and possible interdependencies of car accidents and the weather on roads in the Czech Republic. The first part of the thesis focuses on the general facts about the car accidents and their causes, further on it presents a description of individual meteorological and atmospheric phenomena. The practical part of the thesis consists of the statistics and further evaluation of the interdependence of the accidents, speed and the individual meteorological and atmospheric phenomena.
Determination of duration that driver needs to assess the situation behind the vehicle in course of turning or overtaking manoeuvres.
Belák, Michal ; Rábek,, Vlastimil (referee) ; Kolíbal, Zdeněk (referee) ; Semela, Marek (advisor)
The dissertation thesis deals mainly with determining of the duration that driver needs to assess the situation behind his vehicle at manoeuvers of turning and overtaking, based on the measurements made in real road traffic. These are common and frequent driving manoeuvers, which the driver performs while driving the vehicle in regular road traffic. For their safe execution the driver needs to have sufficient amount of information about the situation around the vehicle and especially behind the vehicle. This information can driver usually gain from devices for indirect vision, most often rear view mirrors. The time thus defined, suitable e.g for the needs of forensic engineering applications for the analysis of road accidents, has not been studied in detail yet. For the purpose of its determination, therefore, an extensive analysis of the current state of problematics related to the indirect vision from the vehicle was carried out. There were formulated influences on the time duration and with this related characteristics of humans as a part of the driver-vehicle-environment system in the thesis. The characteristics of human perception were investigated and the problematics of reaction time was discussed. Existing research focused on the duration of rear view mirrors glances was analyzed and possible methods of its measurement in detail were presented by author. Based on this, an experiment was designed and realized, the time necessary for rear view mirror glances was defined by the author. The results enable to quantify the time that the driver needs for assessing the situation behind the vehicle in connection of turning, overtaking and other driving manoeuvers when the driver needs to change the driving direction. The conclusions showed that the time needed to evaluate the situation behind the vehicle by means of the rear-view mirrors does not normally exceed duration 1 second.
Safety inspections of selected localities in the Moravian-Silesian Region
Jalůvková, Denisa ; Slavíček, Michal (referee) ; Matuszková, Radka (advisor)
This diploma thesis presents safety inspection in selected localities in the Moravian-Silesian Region. Ten sections and ten intersections from rural area were selected for an accident rate analysis at first. These locations were compared on the basis of accident rate analysis and accident indicators. After that, were selected three sections and three intersections for a safety inspection. The safety inspection included a visual inspection and risk identification. For all identified risks were proposed a possible solutions.
The weather influence on traffic in urban areas
Jalůvková, Denisa ; Radimský, Michal (referee) ; Matuszková, Radka (advisor)
This Bachelor thesis is a research of the connections and possible interdependencies of car accidents and the weather on roads in the Czech Republic. The first part of the thesis focuses on the general facts about the car accidents and their causes, further on it presents a description of individual meteorological and atmospheric phenomena. The practical part of the thesis consists of the statistics and further evaluation of the interdependence of the accidents, speed and the individual meteorological and atmospheric phenomena.
Analysis of traffic accidents locations, situated near motorway D8 entrances and exits in depending on the character of turning lane
Krejza, Luboš ; Šebková, Marika (advisor) ; Vojtěch, Vojtěch (referee)
The theoretical part of the work is processed by the form of research, and is focused on the assessment of the frequency traffic accidents on the D8 motorway near the motorway exits and entrances. There is described of selected area and explanation of terms related to the issue of transport generally and on the D8 motorway. A special part of the work is processed with the help of the program ArcGIS, and there is a number of analysis and the incidence of traffic accidents.
Poměry rozsahu deformací jako kritérium fingovaných nehod
Šachl, Jindřich Jan ; Šachl, Jindřich ; Frydrýn, Michal
Ratio of EES values on vehicles after accident is usually put into context of their masses. The EES ratio can be expressed by the conversion of EES values among particular vehicles. This commonly used equation is not valid generally, because it is based on assumptions which are not complied with all types of collisions. But, is this fact well known to all experts? Many of them substitute their „own variables“ into the common equation as it is generally valid, and then, if the EES ratio does not match the “general” equation - it must be (according to their opinion) the fake accident. Unfortunately the conclusion is not usually true.

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