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Until the year 2000
1. Gao.Y.,
Wu, Z.S. and Murakami, Y. : A Finite Element Model for Crustal Deformation
with Large Slipping on Fault Surface, Environmental Geotechnology,
pp.63-67, 2000.5
2. Li, X.C., Wu, Z.S., Takahashi, M. and
Yasuhara, K. : An Experimental Study on Strain-Based Failure Criteria of
Rock-Like Materials, Environmental Geotechnology, pp.71-74, 2000.5
3. Li, Q.,Wu, Z.S. and Shi, B. : Finite Element
Analysis for Large Elastic-Plastic Deformation of Solar Tower Landslide,
Environmental Geotechnology, pp.254-266, 2000.5
4. Shi, B. and Wu, Z.S. : Dynamic Observation of
Internal Failure of Soil Mass Using Computerization X-Ray Tomography(CT),
Environmental Geotechnology, pp.77, 2000.5
5. Li, X., Wu, Z. S., Takahashi, M. and Yasuhara,
K. : Change in Permeability for Shirahama Sandstone Under True Triaxial
Stresses, The 4th North American Rock Mechanics Symposium, Seattle,
Washington, pp.1145-1152, 2000.8
6. Wu, Z. S., Gao, Y. and Murakami, Y. : Finite
Element Simulation on Frictional and Brittle Preseismic Fault Slip, The 2nd
ACES Workshop, Tokyo & Hakone, Japan, pp.331-336, 2000.10
7. Yin, J. and Wu, Z. S. : FE Analysis on
Interaction Between Interfacial and Flexural Cracking Behaviors of
FRP-Strengthened Concrete Beams, The Fourth Japan-China Joint Conference on
Composites, pp.12-15, 2000.12
8. Iwashita, K. and Wu, Z. S. : Strengthening
Method for Reinforced Concrete Flexural Structures with Externally
Prestressed PBO Sheets, The Fourth Japan-China Joint Conference on
Composites, pp.22-25, 2000.12
9. Niu, H. and Wu, Z. S. : Proposed Design
Guideline for Debonding Failure of FRP-strengthened Flexural Members, The
Fourth Japan-China Joint Conference on Composites, pp.26-31, 2000.12
10. Wu, Z. S., Matsuzaki, T., Yokoyama K. and Kanda T. :
Retrofitting Method for RC Structures with Externally Prostressed Carbon
Fiber Sheets, Proceedings of the 4th Int. Symp. FRPRCS, SP-188-65, ACI
International, pp.751-765, 1999.11
11. Yoshizawa, H. and Wu, Z. S. : Crack behavior of Plain
Concrete and RC members Strengthened with Carbon Fiber Sheets, Proceedings
of the 4th Int. Symp. FRPRCS, SP-188-66, ACI International, pp.767-779,
1999.11
12. Yin, J. and Wu, Z. S. : Interface Crack Propagation in FRP
Strengthened Concrete Structures using Nonlinear Fracture Mechanics,
Proceedings of the 4th Int. Symp. FRPRCS, SP-188-87, ACI International,
pp.1035-1047, 1999.11
13. Shimomura, T., Mutsugoshi, H., Wu, Z. S. Kobayashi A. and
Ishibashi T. : Verification of Safety and Serviceability of concrete
structures Retrofitted with Externally-Bonded continuous Fiber Materials
Proceeding of the 4th Int. Symp. FRPRCS, SP-188-77, ACI International,
pp.907-917, 1999.11
14. Yuan, H. and Wu, Z. S. : On the Calculation of Energy
Release Rates for Interfacial Crack in FRP-Strengthened Structures,
Proceedings of EASEC-7, Kochi, pp.1301-1306, 1999.8
15. Xu, B., Wu, Z. S. and Yokoyama, K. :
Adaptive Localized Vibration Control of Large-Scale or Complex Structures
Using Multi-Layer Neural Networks, Proceedings of EASEC-7, Kochi,
pp.261-266, 1999.8
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