Mentenanta Conductelor de Transport Gaze Naturale - Transgaz
Mentenanta Conductelor de Transport Gaze Naturale - Transgaz
Mentenanta Conductelor de Transport Gaze Naturale - Transgaz
Create successful ePaper yourself
Turn your PDF publications into a flip-book with our unique Google optimized e-Paper software.
88. McConnell R. A., Safety, Risk & Environmental Management, MSc in<br />
Pipeline Engineering, Module CPE832, Newcastle University, 2005<br />
89. McGuire P.A., ş.a., A theoretical mo<strong>de</strong>l for crack propagation and crack<br />
arrest in pressurized pipelines, ASTM STP 711, 1980, p. 341-358<br />
90. McMahon A.J, Paisley D.M.E., Corrosion Prediction Mo<strong>de</strong>lling-A Gui<strong>de</strong> to<br />
the Use of Corrosion Prediction Mo<strong>de</strong>ls for Risk Assessment in Oil and Gas<br />
Production and <strong>Transport</strong>ation facilities, Report No. ESR.96.ER.066, BP<br />
International, Sunbury, 1997<br />
91. Micloşi V., ş.a., Bazele proceselor <strong>de</strong> sudare, Editura Diadactică şi<br />
Pedagogică, Bucureşti, 1984<br />
92. Micloşi V., Studiu analitic asupra <strong>de</strong>consolidării prin sudare a oţelurilor tratate<br />
termomecanic, Conferinţa Naţională ASR, Timişoara, 1999, p. 113-119<br />
93. Micloşi V., Tratamente termice conexe sudării prin topire a oţelurilor, Vol I<br />
şi II, Editura Sudura, Timişoara, 2003/2004<br />
94. Milne I., The R6 method, The assessment of craked components by<br />
fracture mechanics, EGF4, Mechanical Engineering Publications, London,<br />
1989, p.233-261<br />
95. Milne I., Solution to the problem of the use of R6, The assessment of cracked<br />
components by fracture mechanics, EGF4, Mechanical Engineering<br />
Publications, London, 1989, p.457-472<br />
96. Muntinga T.G., Koning C.; Verification of External Damage Mo<strong>de</strong>ls by Burst<br />
Tests on Pipe Sections, Paper 13, Proceedings of International Pipeline<br />
Technology Conference, Oosten<strong>de</strong>, Belgium, 15-17 Oct. 1990, pp.13.25-13.32<br />
97. Murtagian G.R., Johnson D.H., Ernst H.A., Dynamic crack propagation in<br />
steel line pipes. Part I: Experimental investigation, Engineering Fracture<br />
Mechanics, 72 (2005), p. 2519–2534<br />
98. Murtagian G.R., Ernst H.A., Dynamic axial crack propagation in steel line<br />
pipes. Part II: Theoretical <strong>de</strong>velopments, Engineering Fracture Mechanics, 72<br />
(2005), p. 2535–2548<br />
99. Netto T.A., Ferraz U.S., Estefen S.F., The effect of corrosion <strong>de</strong>fects on the<br />
burst pressure of pipelines, Journal of Constructional Steel Research 61<br />
(2005), p.1185–1204<br />
100. O’Connor, P.D.T., Practical Reliability Engineering, John Wiley and Sons,<br />
Inc., New York, 1991<br />
101. O’Donoghue P.E., ş.a.., The <strong>de</strong>velopment and validation of a dynamic<br />
fracture propagation mo<strong>de</strong>l for gas transmission pipelines, Int. J. Pres. Ves. &<br />
Piping, 70, 1997, p.11-25<br />
102. O’Grady II, T.J., Hisey, D.T., Kiefner, J.F., - Method for evaluating corro<strong>de</strong>d<br />
pipe addresses varyety of petterns, Oil & Gas Journal, Oct., 12, 1992, p. 77-82<br />
103. O’Grady II, T.J., Hisey, D.T., Kiefner, J.F., - Pressure calculation for<br />
corro<strong>de</strong>d pipe <strong>de</strong>veloped, Oil & Gas Journal, Oct., 192, 1992, p. 84-89<br />
104. Ong L.S., Chan Y.W., Seet G.; The Elastic Analysis of a Dent on<br />
Pressurised Pipe, International, Journal of Pressure Vessels and Piping,<br />
Vol. 38, 1989, p. 369-383<br />
105. Ong L.S., Derivation of Stresses Associated With a Long Axial Dent in a<br />
NTMC ___________________________________________________________________________ pag. 150