Page 337 - Дисертація ГРЕДІЛЬ_ФМІ
P. 337

337
                         152.  Romaniv O. N., Nikiforchin G. N., Andrusiv B. N. Effect of crack

                  closure  and  evaluation  of  the  cyclic  crack  resistance  of  constructional  alloys.


                  Soviet Materials Science. 1983. Vol. 19, No. 3. P. 212–225.

                         153. Nikiforchin  G.  N.,  Romaniv  O.  N.,  Andrusiv  B.  N.  et  al.  A  new

                  method  of  increasing  the  cyclic  crack  resistance  of  structural  parts.  Soviet

                  Materials Science. 1985. Vol. 21, No. 2. P. 191–193.

                         154. Brown  E.  N.,  White  S.  R.,  Sottos  N.  R.  Retardation  and  repair  of

                  fatigue  cracks  in  a  microscale  toughened  epoxy  composite  –  Part  I:  Manual

                  infiltration. Composite Science and Technology. 2005. Vol. 65, No. 15–16. P.

                  2466–2473.

                         155. Venhrynyuk  T.  P.  Fatigue  crack  retardation  by  the  application  of

                  repair coatings to gas pipelines under pressure. Materials Science. 2013. Vol. 48,

                  No. 6. P. 739–742.

                         156. Schastlivtsev V. M., Tabatchnikova T. I., Tereshchenko N. A. et al.

                  Degradation of the pipe steel structure upon long term operation in contact with a

                  hydrogen sulfide containing medium. The Physics of Metals and Metallography.

                  2011. Vol. 111, No. 3. Р. 281–293.
                         157. Raab  G.  I.,  Podrezov  Yu.  M.,  Danylenko  M.  I.  et  al.  Dislocation


                  structure evolution during plastic deformation of low-carbon steel. International

                  Electronic Journal of Mathematics Education. 2016. Vol. 11, No. 6. Р. 1563–1576.

                         158. Gabetta  G.,  Nykyforchyn  H.  M.,  Lunarska  E.  et  al.  In-service
                  degradation of gas trunk pipeline X52 steel. Materials Science. 2008. Vol. 44,


                  No. 1. P. 104–119.

                         159. Tsyrul’nyk O. T., Voloshyn V. A., Petryna D. Yu. et al. Degradation

                  of  properties  of  the  metal  of  welded  joints  in  operating  gas  mains.  Materials

                  Science. 2011. Vol. 46, No. 5. P. 628–632.

                         160. Zhang  C.,  Zhang  Q.,  Chen  W.  et  al.  Assessment  of  corrosion  and

                  mechanical properties degradation of pipeline steel after long term service in high

                  sour  gas-field  environments.  IPTC 2013:  International  Petroleum  Technology

                  Conference. 2013. Article No. IPTC-16607-MS. 10 p.
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