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Until the year 2000
16. Gao, Y.,
Wu, Z. S. and Murakami, Y. : A Finite Element Model for Crustal Deformation
with Large Slipping on Fault Surface, International Symposium on High
Altitude & Sensitive Ecological Environmental Geotechnology, Nanjing
University, China, pp.63-67, 1999.8
17. Li, X.
C., Wu, Z. S., Takahashi, M. and Yasuhara, K. : An Experimental Study on
Strain-Based Failure Criteria of Rock-Like Materials, International
Symposium on High Altitude & Sensitive Ecological Environmental
Geotechnology, Nanjing University, China, pp.71-74, 1999.8
18. Li, Qi.,
Wu, Z. S. and Shi, B. : Finite Element Analysis for Large Elasto-Plastic
Deformation of Solar Tower Landslide in Nanjing, International Symposium on
High Altitude & Sensitive Ecological Environmental Geotechnology, Nanjing
University, China, pp.61-62, 1999.8
19. Shi, B.
and Wu, Z. S. : Dynamic Observation of Internal Failure of Soil Mass Using
Computerization X-Ray Tomography(CT), International Symposium on High
Altitude & Sensitive Ecological Environmental Geotechnology, Nanjing
University, China, p.77, 1999.8
20. Wu, Z.
S.and Yoshizawa, H. : Interface Fracture and Failure in FRP Strengthened
Concrete Structures, Symposium of Inter Facial Materials Science on
Composites(SIMS-CV‡U), pp.O-39-1-O-39-4, 1999.4 (in
Japanese)
21. Wu, Z.
S. and Yoshizawa, H. : Analytical/Experimental study on composite behavior
in strengthening structures with bonded carbon fiber sheets, 8th U.S.-Japan
Conference on Composite Materials, Baltimore, U. S. A., pp.908-918, 1998.9
22. Chen,
T., Wang B., Cen, Z. and Wu, Z. S. : Cohesive crack analysis by Symmetric
Galerkin Boundary element method, Proc. 8th China-Japan Symposium on
Boundary Element Methods, International Academic Publishers, pp.67-76,
1998.5
23. Wu, Z.
S., Tanabe, K., Matsuzaki, T., Fukuzawa, K. and Kanda, K. : Strenthening
Property of RC Beams with Prestressed Carbon Fiber Sheets, Proceedings of
JCI Symposium on Continuous Fiber Reinforced Concrete, pp.67-74, 1998.5 (in
Japanese)
24. Wu, Z.
S. and Yin, J. : A Hybrid Finite Shell Element with Internal Displacement
Discontinuities, Proceedings of EASEC-6, Taipei, Vol.1, pp.231-237, 1998.1
25. Wu, Z.
S. : Research Trends on Retrofitting and Strengthening Concrete Structures
by FRP Sheets and Plates, International Conference on Fiber Reinforced
Concrete, Guangzhou, China, pp.9-19, 1997.11,(Keynote paper)
26. Wu, Z.
S., Matsuzaki, T. and Tanabe, K. : Interface Crack Propagation in
FRP-Strengthened Concrete Structures, Proceedings of the 3rd Int. Symp.
FRPRCS, Vol.1, pp.319-326, 1997.10
27. Yoshizawa,
H. and Wu, Z. S. : Analysis of Debonding Fracture Properties of CFS
Strengthened RC Member Subject to Tension, Proceedings of the 3rd Int.
Symp. FRPRCS, Vol.1, pp.287-294, 1997.10
28. Fukuzawa,
K., Numao, T., Wu, Z. S., Yoshizawa, H. and Mitsui, M. : Critical Strain
Energy Release Rate of Interface Debonding Between Carbon Fiber Sheet and
Mortar, Proceedings of the 3rd Int. Symp. FRPRCS, Vol.1, pp.295-302,
1997.10
29. Wu, Z.
S., Harada, T. and Sato, F. : Genetic Algorithms-based reinforcement
strategies for large scale deteriorating road bridges, Proc. of 7th Int.
Conf. on Computing in Civil and Building Engineering, Vol.2, pp.1521-1526,
1997.8
30. Wu, Z. S., Yoshida, N., Harada, T. and Iwamatsu, S. :
Optimum modeling for maintenance planning of road pavements using Hopfield
Neural Network, Proc. of 7th Int. Conf. on Computing in Civil and Building
Engineering, Vol.2, pp.1529-1534, 1997.8
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