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Extrication of tanker after accident on motorway and highway; possible consequential damages after accident.
Moravcová, Pavlína ; Krajňák, Michal (referee) ; Libertín, Josef (advisor)
This diploma thesis addresses optimal technology and method for extrication and subsequent towing of crashed tank trucks. Ignorance of vehicle construction and wrongly chosen technology leads to subsequent after crash damages. Professional approach leads not only to after crash damages minimization on the vehicle, road and the surroundings, but also to convoy minimization etc. Another covered topic is tank vehicle construction (semi-trailer, trailer) because knowledge of tank construction and knowledge of transported material enable quick and safe extrication. Correct extrication method (which is also described in the thesis) can be used thanks to knowledge of crashed tank construction. Not knowing all needed information leads to after crash damages. This thesis will focus mainly on how to prevent subsequent damages.
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Evaluation of Legislative Regulations for Special Road Transport Between the Czech Republic and the Balkan Peninsula
Klvaňa, Roman ; Libertín, Josef (referee) ; Kudláček, Jaroslav (advisor)
This thesis is focused on analysis of the legislative regulations for special road transportation between Czech Republic and the Balkan Peninsula. In this work, special transportation stands for heavy and bulky costs that exceed the maximum limits. To carry out such transportations, following the legal standarts of each state where the intended destination is (Slovakia, Hungary, Romania, Bulgaria, Slovenia, Croatia, Bosnia and Herzegovina, Montenegro, Serbia, Kosovo and Macedonia), is needed. The work is divided into chapters that deal with these issues and provide an overview of the legal standards which must be fulfilled in these particular states. The result of this thesis is to provide the necessary information to Czech transporter to perform these special transportations.
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The methodology of using digital tachograph data for forensic engineering purposes
Zeman, Petr ; Kledus, Robert (referee) ; Drahotský, Ivo (referee) ; Doupal, Emil (referee) ; Libertín, Josef (advisor)
Control authorities and experts in their practice come across digital tachographs. Digital data is an important source of relevant input data and informations needed for in depth road accident analysis. In practice, it is possible to encounter an existing negative phenomenon, an unauthorised access to and fraudulent manipulation of the tachograph´s data. False data has a major impact on the results of the accident investigation and analysis. Control authorities and experts should be prepared for such cases. This thesis describes the different types of manipulation of Digital Tachograph records and the ways of their detection. Tachograph manipulation is a nowaday issue. It is very important to deal with this problem. For the reasons mentioned above I have set up a Data Control Procedure Standard for control authorities and experts and drafted technical requirements for future generation of tachographs.
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Ways of Using Digital Tachograf Data for Authorised Experts' Work
Zeman, Petr ; Novotný, Jiří (referee) ; Libertín, Josef (advisor)
The introduction of digital tachographs has brought many changes compared to previously used analogue tachograph. Legislation addressing this issue is quite extensive and often amended. Ever-present threat of industrial equipment, which affect the observed, and the stored data has a negative impact on road safety. The aim of this paper is to present a comprehensive overview of legislation regulating the issue of digital tachographs in relation to the introduction and use of digital tachographs, with obligations to use a tachograph, tachograph functional requirements. Process further review of data on vehicle operation recorded with a digital tachograph and analyze their availability in terms of approval of the different actors (the driver, carrier, service, police, other supervisory authorities). Contribution of this work is the elaboration of recommendations for the expert's methodology in analyzing data from the digital tachograph.
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Evaluating the Need for Truck Centres on the D1 Motorway between Prague and Brno
Spáčil, Tomáš ; Kudláček, Jaroslav (referee) ; Libertín, Josef (advisor)
This diploma thesis deals with a design of truck-centres count and location near the motorway D1. This design is a result of aspects which can influent truck-centres‘ count, size and location. There are derived the aspects on the basis of calculation of freight transport intensity till the year 2030 and its concurrence to accident frequency, traffic flow regulation, and also its concurrence to management of personnel labour (AETR), means of eventual maintenance need and means of vehicles’ reparation, services for motorway attendants and finally its concurrence to possibilities of controls by public authorities and police. In order to regulate freight transport traffic flows is calculated size of parking spaces and suggested their appropriate locations.
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Analaysis of the Number of Vehicle Extrications at the -0.4 - 60.5 Section of the D2 Motorway Depending on the Traffic Rate
Hrdličková, Petra ; Bilík, Martin (referee) ; Libertín, Josef (advisor)
This diploma thesis deals with the processing of basic technical data for a designated motorway section in order to develop a technology for removing obstacles on the motorway. Depending on the predicted traffic intensity, they can predict the recovery and recovery services in the sections. The thesis deals with technological process work. Because poor recovery technology and ignorance of the vehicle construction result in consequential damage after an accident. The professional approach of the company leads to the minimization of these damages. Recovery and removal companies must have properly trained personnel and well-chosen rescue technology. This leads to a shortening of the time limit of the operation and thus also to the shortening of the columns. Another topic addressed will be the traffic intensity, which is important in the evaluation depending on the number of accidents and the number of interventions, in the places with the highest traffic intensity.
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