Page 128 - dysertaciyahembara
P. 128

36.    Barnoush  A.,  Vehoff  H.  Recent  developments  in  the  study  of

                  hydrogen  embrittlement.  Hydrogen  effect  on  dislocation  nucleation//  Acta

                  Materialia. 2010. 58(16). P. 5274-5285.

                        37.    Robertson I.M., Sofronis P., Nagao A., Martin M.L., Wang S., Gross

                  D.W., et al. Hydrogen embrittlement understood// Metallurgical and Materials

                  Transactions A. 2015. 46(6). P. 2323-2341.

                        38.    Martin  M.L.,  Dadfarnia  M.,  Nagao  A.,  Wang  S.,  Sofronis  P.

                  Enumeration  of  the  hydrogen-enhanced  localized  plasticity  mechanism  for

                  hydrogen embrittlement in structural materials// Acta Materialia. 2019. 165. P.

                  734-750.

                        39.    Koyama  M.,  Rohwerder  M.,  Tasan  C.C.,  Bashir  A.,  Akiyama  E.,

                  Takai K., et al. Recent progress in microstructural hydrogen mapping in steels:

                  quantification,  kinetic  analysis,  and  multi-scale  characterisation//  Materials

                  Science and Technology. 2017; 33(13): p. 1481-1496.

                        40.    Dadfarnia  M.,  Nagao  A.,  Wang  S.,  Martin  M.L.,  Somerday  B.P.,

                  Sofronis P. Recent advances on hydrogen embrittlement of structural materials//

                  International Journal of Fracture. 2015; 196(1) p. 223-243.

                        41.    Pundt A., Kirchheim R. Hydrogen in metals: microstructural aspects//


                  Annual Review of Materials Research. 2006; 36(1) p. 555-608.
                        42.    Nagumo  M.  Hydrogen  related failure  of  steels–a  new  aspect//


                  Materials Science and Technology. 2004; 20(8) p. 940-50.
                        43.    Katz Y., Tymiak N., Gerberich W.W. Nanomechanical probes as new


                  approaches to hydrogen/deformation interaction studies// Engineering Fracture
                  Mechanics. 2001; 68(6) p. 619-646.


                        44.    Gerberich  W.W.,  Stauffer  D.D.,  Sofronis  P.,  editors.  A  coexistent

                  view of hydrogen effects on mechanical behavior of crystals: HELP and HEDE

                  2009.

                        45.    Robertson I.M.,  Lillig D., Ferreira P.J.  Revealing the Fundamental

                  Processes  Controlling  Hydrogen  Embrittlmente.  Effects  of  Hydrogen  on

                  Materials// ASM International: Cleveland, OH, USA. 2009:22-37.



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