1. Ma, Miyamoto(1995.4):Unified Plastic Limit Solution to Circular
     Plate under Portion Uniform Load、Journal of Structural Engineering(JSCE) Vol.41A、
  2. Ma, Miyamoto(1995.4):Unified Elasto-Plastic Solution to Rotating
     Disc and Cylinder、Journal of Structural Engineering(JSCE) Vol.41A 、pp.79〜85
  3. Duan、Miyamoto(1997.1):An Efficient Six-Node Plate Bending
     Hybrid/Mixed Element Based on Mindlin/Reissner Plate Theory Structural
     Engneering and Mechanics(An Int.Nat. Journal),Vol.5,No.1,Techno-Press,
  4. Mei Duan, Yutaka Miysamoto, Shoji Iwasaki, Hideaki Deto(1998.3): Hybrid/mixed Finite
    Element Analysis of Circular Plate Bending Based on Reissner-Mindlin Theory、
    Journal of Structural Engineering(JSCE) Vol.44A、)pp.323-330
  5. Ma, Miyamoto(1998):Plastic Limit Analyses of Circular Plates with Respect to
     unified Yield Criterion、Int. J. Mech. Sci., Pergamon pp.963-976
  6. Ma, Miyamoto(1999):Dynamic plastic Behavior of Circular Plate using
     unified Yield Criterion、International Journal of Solids and Structures,
    Elsevier Science Ltd. pp.3257-3275
  7. Ma Guowei, Shoji Iwasaki, Yutaka Miyamoto and Hideaki Deto(1998):plastic Limit
    Analyses of Circular Plates with Respect to Unified Yield Criterion,
    Int. J. Mech. Sci. Vol.40, No.10, pp.963-976
  8. G. Ma, S. Iwasaki, Y. Miyamoto, H. Deto(1999): Dynamic plastic behavior of circular
    plate using unified yield criterion, Solid and Structure 36, pp3257-3275
  9. M. Duan, Y. Miyamoto, S. lwasaki and H. Deto(1999): 5-node hybrid/mixed finite element
    based on Reissner-Mindlin plate bending theory, Journal of Finite Element
    Analysis and Design, Vol.33, No.3, pp.167-185
  10. D.P.Fang, S.Iwasaki, M.H.Yu, Q.P.Shen, Y.Miyamoto, H.Hikosaka(2001.11):Ancient
    Chinese Timber Architecture, Part 1 Experimental Study, Journal of Structural
    Engineering, Vol.127, No.11(ASCE), pp.1348-1357
  11. D.P.Fang, S.Iwasaki, M.H.Yu, Q.P.Shen, Y.Miyamoto, H.Hikosaka(2001.11):Ancient
    Chinese Timber Architecture, Part 2 Dynamic Characteristics, Journal of Structural
    Engineering, Vol.127, No.11(ASCE), pp.1358-1364
  12. M. Duan, Y. Miyamoto(2002.2):Effective Hybrid/Mixed Finite Elements for
    Folded-Plate Structures, Journal of Engineering Mechanics, Vol.128, No.2(ASCE), pp.202-208
  13. Iwasaki, Yamamoto, Deto, Sato, Miyamoto(2002.3):Elasto-Plastic Analysis of Wood Beams
     considering Spread of Plastic Portion, Journal of Structural Engineering(JSCE) Vol.48A、

International Conference Paper

  1. Fang, Miyamoto(1993.9):Dynamic Characteristics of a Chinese
     Architectural Heritage,IABSE Symposium "Structural Preservation of the
     Architectural Heritage"(Rome), pp.163〜170
  2. Yu, Ma, Miyamoto(1994.7):Elasto-Plastic Response of Axisynmetric
     Solids Impulsive Loading, Int.Nat. Symposium on Fracture and Strength of
     Solids (Xi'an)pp.177〜180
  3. Yu, Ma, Miyamoto(1994.12):Plastic Analysis of Circular Plate on the
     Basis of Twin Shear Unified Yield Criterion, Int.Nat. Conference on
     Computational Methods in Structural and Geotechnical Engineering
     (Hong Kong),pp.125〜128
  4. Duan, Miyamoto(1996.9):A Posterior Error Estimate of Hybrid/Mixed
     Finite Element Method for Mindlin's Plate Bending Problem, Third Asian-
     Pacific Conference on Computational Mechanics(Seoul)
  5. Duan, Miyamoto(1996.10):Fundamental Study on Continuous Footing
     with EPS Block, Proc.of the Int.Nat. Symp.on EPS Construction Method
  6. Duan, Miyamoto(1996.12):Hybrid/Mixed Finite Element Method for
     Vibration Ploblems of Plate, Proc. of the Int.Nat. Conference on
     Advances in Steel Structures, Vol.U(Hong Kong), pp.915〜919
  7. Duan, Miyamoto(1997.7):Dynamic Analysis of Steel Plate by Hybrid/
     Mixed Finite Element Method, Proc. of the Int.Nat. Colloquium on
     Stability and Ductility of Steel Structures(Nagoya)
  8. Duan, Miyamoto(1997.9):Hybrid/Mixed Finite Element Method for
     Orthotropic Plate Bending Problem, Proc. of the Int.Nat. Kerensky
     Conference on Structures in the New Millennium(Hong Kong)
  9. Yutaka Miyamoto, Makoto Kawakami, Wakako Endo, Kokoro Hiratsuka and Atsushi Toyoda(1998.7):
    Historical Development of Short and Medium Span Bridges in Japan, Developments
    in Short and Medium Span Bridge Engineering '98, pp.1535-1544
  10. M.Duan, Y.Miyamoto, S.Iwasaki and H.Deto(1998.7):Analysis of Thin to Thick Plate
    Bending Problem for Hybrid/Mixed FEM Based on Reissner-Mindlin's Theory,
    Structural Engineering World Wide 1998, pp.264(T223-1 in CD-ROM)