Advanced methodology of assessment of technical state of overhead type cranes

• Autorzy: Boyko G.

Warianty tytułu

RU

Modernizirovannaja metodika ocenki tekhnicheskogo sostojanija kranov mostovogo tipa

• Języki publikacji: EN

Abstrakty

EN

RU

Słowa kluczowe

EN

methodology; desirability function; climbing crane; technical state; metal structure; safety factor

• Wydawca: -
• Czasopismo: Teka Komisji Motoryzacji i Energetyki Rolnictwa
• Rocznik: 2013
• Tom: 13
• Numer: 4
• Opis fizyczny: p.33-39,fig.,ref.

Twórcy

autor

Boyko G.

• Volodymyr Dahl East-Ukrainian National University, Molodizhny bl., 20a, Lugansk, 91034, Ukraine

Bibliografia

• Boyko, G.A., 2007.: Concept of evaluation of the technical state of cranes / G.A. Boyko. Collection of Scientific works of Volodymyr Dahl East Ukrainian National University. Part 2. 25-28. (in Russian).
• Boyko, G.A., 2011.: Methodology of assessment of technical state of metal structures of climbing cranes / G.A. Boyko. Cllection of Scientific Works of Volodymyr Dahl East Ukrainian National University. Part 1 (155). 2935. (in Russian).
• Budikov L., 2010.: Multiparameter multiple- factor analysis of the climbing cranes' dynamics / L. Budikov. Teka. - Vol. XA. 50-56.
• Budikov L., 2013.: Forming of the optimum braking performance of gears movements of mobile cranes / L. Budikov, R. Shishkin / / Teka. - Vol. 13,3. 15-22.
• Grigorov O.V., 2013.: Difficulties of assessment of serviceability of cranes metal structures with different thickness of elements with the help of magnetic and coercive method / O.V. Grigorov, N.O. Petrenko, S.O. Gubsky. Lifting-and-shifting machines. N° 1. 22-31. (in Ukrainian).
• State Standard 22761-77. Metals and alloys. The method of measuring the Brinell hardness by portable testers of static effect. Introduction. 1979-01-01. - M.: State Standard of the USSR, 1978. 9. (in Russian).
• Slobodyanik V.O., 2012.: Residual deflection of the crane bridges. The essence of the matter from the view of forecasting of resource of cranes further operation / V.O. Slobodyanik, L.M. Kozar. Collection of Scientific Works of the Ukrainian State Academy of Railway Transport. Issue 129. 183-187. (in Ukrainian).
• Starikov M.A., 2011.: Upgraded method of assessment of residual life of metal structures of cranes on the parameters of coercive force and the coefficient of variation of hardness / M.A. Starikov, Y.A. Nikiforov. Collection of Odessa National Sea University. N° 32. 118-122. (in Russia)
• Dubov A.A., 2013.: Assessment of resource of lifting machines in accordance with the recommendations of the new national standard State Standard R 53006-200 / A.A. Dubov. Electronic Magazine. Preventing accidents of buildings and structures. Access mode. www.pamag.ru/pressa/orgm-gost. (in Russia)
• Harrington E., 1965.: The desirability function. - Industrial Quality Control. N° 21. N° 10. 494498 .
• Heinrikh Walter, 2003.: Effective monitoring is the key that extends the cranes life / Walter Heinrikh. Lifting constructions. Special machinery. N° 10. 22-23. (in Russian).
• Ivanov V.N., 2002.: Methodology of determining the remaining life of the cranes / V.N. Ivanov. Lifting constructions. Special machinery. N° 1-2 (6). 35-37. (in Russian).
• Ivanov V.N., 2005.: About the methodology of technical diagnostics of climbing cranes / V.N. Ivanov. Lifting Constructions. Special machinery. N° 9. 24-25.
• ISO 12482-1., 1995.: Cranes-Condition monitoring - Part 1: General.
• Kontsevoy E.M., 1979.: Reparation of crane metal structures / E.M. Kontsevoy, B.M. Rozensheyn. - M.: Mechanical Engineering. 206. (in Russian).
• Manapov A.Z., 2005.: Assessment of the actual reserve of hardness of metal structures of bridge cranes / A.Z. Manapov, I.Y. Maystrenko. News of the Kazan State Architectural University. N° 1 (3). 69-51. (in Russian).
• The methodology of the expert examination of the bridge type cranes. OMD 00120253.0012005. Methodological recommendations / Lift- and-Carry Academy of Science of Ukraine - Kharkov. 157. (in Ukrainian).
• Nikitin K.D., 2003.: The state of climbing cranes with expired standard terms and measures of improving their level of industrial safety / K.D. Nikitin, G.N. Gorbunov. Lifting Constructions. Special equipment. N° 11. 14-15. (in Russian).
• Panteleyenko F.I., 2012.: Adaptation of the developed method of assessment of the state of metal structure to the control of products with directional covering / F.I. Panteleyenko, A.S. Snarskiy. Instruments and Methods of Measurement. 1 (4). 121-126. (in Russian).
• Szymanowsky A.V., 2009.: To state the time for the first examination to determine the residual life of steel structures / A.V. Szymanowsky, S.V. Kolesnychenko. Collection of Scientific Works of the Ukrainian Research and Project Institute of the Steel Constructions named after V.N. Shimansky. Issue 3. 13-20. (in Russian).
• Zaretsky A.A., 2012.: Determination of residual life of climbing cranes / A.A. Zaretsky, A.I. Indenbaum. Lifting constructions and special machinery - Odessa. N° 1. 12-15. (in Ukrainian).