Page 133 - dysertaciyahembara
P. 133

81.    Jothi S., Croft .TN., Brown S.G.R. Multiscale multiphysics model for

                  hydrogen  embrittlement  in  polycrystalline  nickel//  Journal  of  Alloys  and

                  Compounds. 2015; 645: S500-S504.

                        82.    Solanki  K.N.,  Ward  D.K.,  Bammann  D.J.  A  Nanoscale  Study  of

                  Dislocation  Nucleation  at  the  Crack  Tip  in  the  Nickel-Hydrogen  System//

                  Metallurgical and Materials Transactions a-Physical Metallurgy and Materials

                  Science. 2011;42A(2) p. 340-347.

                        83.    Jothi  S., Croft T.N., Wright  L., Turnbull  A.,  Brown S.G.R. Multi-

                  phase  modelling  of  intergranular  hydrogen  segregation/trapping  for  hydrogen

                  embrittlement//  International  Journal  of  Hydrogen  Energy.  2015;  40(43)

                  p. 15105-15123.

                        84.    Jothi S., Winzer N., Croft T.N., Brown S.G.R. Meso-microstructural

                  computational  simulation  of  the  hydrogen  permeation  test  to  calculate

                  intergranular, grain boundary and effective diffusivities// Journal of Alloys and

                  Compounds. 2015; 645 p. 247-251.

                        85.    Kumar B.S., Kain V., Singh M., Vishwanadh B. Influence of hydrogen

                  on mechanical properties and fracture of tempered 13 wt% Cr martensitic stainless

                  steel//  Materials  Science  and  Engineering  a-Structural  Materials  Properties


                  Microstructure and Processing. 2017; 700) p. 140-151.
                        86.    Fan Y.H., Zhang B., Yi. H.L., Hao G.S., Sun Y.Y., Wang J.Q., et al.


                  The  role  of  reversed  austenite  in  hydrogen  embrittlement  fracture  of  S41500
                  martensitic stainless steel// Acta Materialia. 2017; 139) p. 188-195.


                        87.    Hu Y.B., Dong C.F., Luo H., Xiao K., Zhong P., Li X.G. Study on the
                  Hydrogen Embrittlement of Aermet100 Using Hydrogen Permeation and SSRT


                  Techniques//  Metallurgical and Materials Transactions a-Physical Metallurgy

                  and Materials Science. 2017; 48A(9) p. 4046-57.

                        88.    Ogawa  Y.,  Yamabe  J.,  Matsunaga  H.,  Matsuoka  S.  Material

                  performance of age-hardened beryllium copper alloy, CDA-C17200, in a high-

                  pressure,  gaseous  hydrogen  environment//  International  Journal  of  Hydrogen

                  Energy. 2017; 42(26) p. 16887-16900.



                                                                                                         133
   128   129   130   131   132   133   134   135   136   137   138