International Journal of Ocean Engineering and Technology Speciallssue:Selected Papers

Korean Society of Ocean Engineers (한국해양공학회)
권호 표지

Impact Fracture and Shear Strength Characteristics on Interfacial Reaction Layer of Nb/MoSi2 Laminate Composite

  • Lee, Sang-Pill (Institute of Advanced Energy, Kyoto University) ;
  • Yoon, Han-Ki (Dept. of Mechanical Engineering, Dong-Eui University) ;
  • Park, Won-Jo (Dept. of Mechanical and Ship Engineering, Gyeongsang National Univerisyt)
  • Published : 2000.04.01
Download PDF
⟨ Previous Next ⟩

Abstract

The present study dealt with the relationships among the interfacial shear strength, the thickness of interfacial reaction layer and the impact value of $Nb/MoSi_2$ laminate composites. In addition, the tensile test was conducted to evaluate the fracture strain of $Nb/MoSi_2$ laminate composites. To change the thickness of the reaction layer, $Nb/MoSi_2$ laminate composites alternating sintered MoSi2 layers and Nb foils were fabricated as the parameter of hot press temperature. It has been found that the growth of the reaction layer increases the interfacial shear strength and decreases the impact value by localizing a plastic deformation of Nb foil. There also exist appropriate shear strength and the thickness of the reaction layer, which are capable of maximizing the fracture energy of $Nb/MoSi_2$.

Keywords

References

  1. Materials Science and Engineering A v.A155 A comparative overview of molybdenum disilicide composites Vasudevan,A.K.;Petrovic,J.J.
  2. Journal of Metal v.41 no.11 Silicide-Matrix Materials for High-Temperature Application Meschter,P.J.;Schwartz,D.S.
  3. Journal of Materials Science v.30 Toughening Mosi₂with niobium metal-effects of morphology of ductile reinforcements Shaw,L.;Abbaschian,R.
  4. Journal of Materials Science v.31 Investigation of dynamic Young's Modulus for Molybdenum disilicide-titanium trisilicide (MoSi₂-$Ti_{5}Si_{3}$) Wolfenden,A.;Bauer,K.J.;Petrovic,J.J.
  5. Scripta METALLURGICA et MATERIALIA v.23 DEVELOPMENT OF TiC PARTICLE-REINFORCED MoSi₂COMPOSITE Yang,J.M.;Kai,W.;Jeng,S.M.
  6. Materials Science and Engineering v.A155 Strengthening of discontinuosly reinforced MoSi₂composites at high temperatures Aikin,R.M.Jr.
  7. Materials Science and Engineering v.A155 ZrO₂and Zro₂-SiC particle reinforced MoSi₂matrix composites Petrovic,J.;Bhartacharya,A.K.;Honnell,R.E.;Mitchell,T.E.;Wade,R.K.;McClellan,K.J.
  8. Materials Science and Engineering v.A155 Fabrication, structure and properties of MoSi₂-base composites Alman,D.E.;Shaw,K.G.;Stoloff,N.S.;Rajan,K.
  9. Materials Research Society Symposium Proceeding v.194 Ta and Nb Reinforced MoSi₂ Carter,D.H.;Martin,P.L.
  10. Scripta METALLURGICA et MATERIALIA v.26 TOUGHNESS OF DENSE MoSi₂AND MoSi₂/TANTALUM COMPOSITES PRODUCED BY LPW PRESSURE PLASAMA DEPOSITION Castro,R.G.;Smith,R.W.;Rollett,A.D.;Stanek,P.W.
  11. Journal of the Japan Institute of Metals v.62 Effect of Fabricating Conditions on Impact Properties of Nb/MoSi₂Laminate Composites Lee,S.P.;Sasaki,G.;Fukunaga,H.
  12. Journal of Ocean Engineering and Technology v.13 Effect of Fabricating Temperature on Hardness Characteristics of Nb/MoSi₂Laminate Composites Lee,S.P.;Yoon,H.K.
  13. Journal of the Japan Institute of Metals v.50 Evaluation of Dynamic Fracture Toughness in a Metal-Ceramic Composite Kobayashi,T.;Koide,Y.;Hiraishi,H.;Shintani,A.