O. Giuffrè, A. Granà, T. Giuffrè, R. Marino and S. Marino
. D. CAFISO, C. D’AGOSTINO, Safetyperformance function for motorways using generalized estimation, Procedia-Social and Behavioral Sciences, 53, 901-910, 2012.
11. S. VIEIRA GOMES, S. R. GEEDIPALLY, D. LORD, Estimating the safetyperformance of urban intersections in Lisbon, Portugal, Safety Science, 50, 9, 1732-1739, 2012.
12. Automobile Club of Italy, Car trend 2000-2012, Statistic area, studies & search direction, Management control offi ce, Automobile Club of Italy & National Institute of Statistics, Rome, Italy, 2000
occupational risk model. Safety Science . Vol. 46, No. 2, pp. 176-185. ISSN 0925-7535.
API (2010). Process SafetyPerformance Indicators for the Refi ning and Petrochemical Industries. American Petroleum Institute, ANSI/API Recommended Practice 754, First Edition, 2010. Available at: http://www.api.org/Publications-Standards-and-Statistics/Publications-Updates/Publication-Updates/New-Refining-Publications/Recommended-Practice-754.aspx.
BAKER, J.A., LEVESON, N., BOWMAN, F. L., PRIEST, S., ERWIN, G., ROSENTHAL, I., GORTON, S., TEBO, P. V
Beriha, G.S., Patnail., B. Mahapatra, S.S., 2011. Safetyperformance evaluation of Indian organizations using data envelopment analysis , Benchmarking: An International Journal, 18(2), 197-220.
Cheng, E.W.L., Li, H., Fang, D.P., Xie, F., 2004. Construction safety management: An exploratory study from department of building and real estate, Construction Innovation, 4, 224–229.
Devendrakumar, P., Jha, K.N. 2015., SafetyPerformance Assessment of a Construction Site Using Construction Safety Index: Evidence from Indian Construction
Õnnela Paas, Karin Reinhold, Jelena Hartšenko and Piia Tint
Abrahamsen, E. B., Aven, T., and Roed, W., 2009. Communication of cost-effectiveness of safety measures by use of a new visualizing tool. Reliability & Risk Analysis: Theory & Applications, 2(December), 38-46.
AbsConsulting, 2005. Root Cause Analysis Handbook: A Guide to Effective Incident Investigation. Brookfield, CT: Rothstein Associates Inc.
Angew, J. L., and Snyder, G., 2002. Removing obstacles to safety: Performance management Publications.
Ballou, R. H., 1992. Business Logistics
Mingxue Ma, Vivian Wy Tam, Zhiyu Huang, Michael Cp Sing and Liyin Shen
Reform of the Chinese petroleum industry has entered its second phase since early 1999. The productivity of the petroleum industry has been greatly improved, while the safety performance and records are not satisfactory. This paper investigates the critical factors for improving safety performance in the Chinese petroleum industry. The data used for the analysis are from a questionnaire survey administered to 480 professionals in the petroleum industry in which 143 valid responses were received. Statistical analysis techniques are used to analyze the data collected. The findings revealed that the most significant source of the safety problem is due to the combination of several reasons, including (a) violation on operating procedures, (b) obsolete facilities and equipment failures, (c) insufficient safety management system, (d) improper commands, number of casualties, and (e) production performances and operating skills. The three most essential protective methods include safety training and increasing staff’s safety consciousness, cultivating safety culture, and enhancing equipment management and detecting hazards in time.
] Hulínová, Z. (2011). Safety and health protection system of the work staff at work in the building industry. In Organization, Technology and Management in Construction, 07 - 10 September 2011 (1 - 5). Zagreb: University of Zagreb.
 Hinze, J. and Gambatese, J. (2003). Factors that influence safetyperformance of specialty contractors. Journal of Constr. Engineering and Management . Volume 129 (2). p. 159 - 164.
 Enhassi, A., Choudhry, R.M., Mayer, P.E. & Shorman, Y. (2008). SafetyPerformance of Subcontractors in the Palestinian Construction Industry
Õnnela Paas, Virve Siirak, Jelena Hartšenko, Karin Reinhold and Piia Tint
 D. Podgorski, “Measuring operational performance of OSH management system – A demonstration of AHP-based selection of leading key performance indicators,” Safety Science , vol. 73, pp. 145–166, 2015. http://dx.doi.org/10.1016/j.ssci.2014.11.018
 A. Kuusisto, “Safety management systems: Audit tools and reliability of auditing” [dissertation] Tampere (Finland): Tampere University of Technology, 2000.
 Õ. Paas, K. Reinhold, P. Tint, “Estimation of safetyperformance by MISHA method and the benefits of OHSAS18001
 European Transport Safety Council’s (ETSC) 8th Road SafetyPerformance Index Report on Ranking EU Progress on Road Safety; June 2014
 World Health Organisation, 3rd State of Road Safety around the World
 The UN Global Plan for the Decade of Action for Road Safety 2011 to 2020
 „Road Safety Measures Implementation – Safety” Audit System for Romania EuropeAid/114414/D/SV/RO: Road Safety Inspection curricula
 PIARC publication in Routes and Roads 347 by the author
 European Transport Safety Council
An important role among protective means play the elements of control systems performing safety functions. When the validation process of a safety performance level(PL) achieved by those systems is conducted properly one can draw the conclusion that any defect appearing in those systems would not cause the loss of safety functions. The paper presents formalized validation of the PL procedures for different categories and PL’s for introducing into the computer program which makes more efficient all the operations involved into the validation and documentation processes of safety performance level achieved by machine control systems.
Transport safetyperformance in the EU. A statistical overview. European Transport Safety Council 2003
Transport accident costs and the value of safety. European Transport Safety Council 1997
Zintegrowany System Bezpieczeństwa Transportu ZEUS. (Integrated Transport Safety System) Research project ordered by PBZ 2/2006 www.projekt.e-zeus.eu