Environmental Engineering Reference
In-Depth Information
Sichuan Geological Engineering Corporation, 2009. Emergency geological prospecting project for 5.12 earthquake
and earthquake-triggered disasters: Exploration, feasibility study, design reports of the Wenjiagou Gully, (in Chinese)
Sichuan Seismological Bureau, 1983. The Diexi Earthquake in 1933. Chengdu: Sichuan Science and Technology
Press (in Chinese)
SSB-FU (State Seismological Bureau and Fudan University), 1983. Atlas of the Historical Earthquakes in China—The
Qing Dynasty Period. Beijing: Sinomaps Press, (in Chinese)
Strom K.B. and Papanicolaou A.N., 2007. ADV measurements around a cluster microform in a shallow mountain
stream. Journal of Hydraulic Engineering, 133(12), 1379-1389
Swanston D.N., 1969. Mass wasting in coastal Alaska. U.S. Department of Agriculture Forest Service Research
Paper PNW-83, 15
Swanston D.N., 1999. Landslide response to timber harvest in southeast Alaska, Proceedings, 7th Federal Interagency
Sedimentation Conference
Sieyama T. and Woemoto S., 1981. Characteristics of debris flow at bends. Journal of Civil Eng, (5)
Savage S.B. and McKeown S., 1983. Shear stress developed during rapid shear of dense concentrations of large
spherical particles between concentric cylinders. Journal of Fluid Mechanics, 127, 453-472
Takahashi T., 1978. Mechanical characteristics of debris flow. Journal of the Hydraulics Division, ASCE, 104,
1153-1169
Takahashi T., 1980. Debris flow on prismatic open channel. Journal of the Hydraulics Division, ASCE, 106(3),
381-386
Takahashi T., 1981. Debris flow, Ann. Rev. Fluid Mech, 13, 57-77
Tsubaki T., Hashimoto H. and Suetsugi T., 1983. Interparticles stresses and characteristics of debris flow. Journal of
Hydroscience and Hydraulic Engineering, 1(2), 67-82
Varnes D.J., 1978. Slope movement types and processes. In: Landslides-Analysis and Control, National Academy of
Sciences Transportation Research Board Special Report No. 176. Schuster R.L. and Krizek R.J. (eds.), 12-33
Wang G., Sassa K. and Fukuoka H., 2007. A flowslide in the 2003 Sanriki-Minami Earthquake. Japan Proceedings
4 th International Conference on Debris Flow and Disaster Mitigation, Armsterdam
Wang Z.Y. and Zhang X.Y., 1989. Experimental study of initiation and laws of motion of debris flow. Acta Geographica
Sinica, 44(3), 291-301
Wang Z.Y. and Zhang X.Y., 1990. Initiation and Laws of Motion of Debris Flows. Hydraulic/Hydrology of Arid
Land, ASCE. New York, 596-601
Wang Z.Y., 1999. Mountainous hazards in China. German IDNDR-Series 18, German Committee for International
Decade for Natural Disaster Reduction, 1-48
Wang Z.Y., 2001. Experimental study on debris flow head and the energy theory. Journal of Hydraulic Engineering,
3, 21-29 (in Chinese)
Wang Z.Y., 2002. Free surface instability of non-Newtonian laminar flow. Journal of Hydraulic Research, 40(4),
449-460
Wang Z.Y., 2002. Free surface instability of non-newtonian laminar flows. Journal of Hydraulic Research, IAHR.
40(4), 449-460
Wang Z.Y., Cui P. and Wang R.Y., 2009a. Mass movements triggered by the Wenchuan Earthquake and management
strategies of quake lakes. International Journal of River Basin Management, 7(1), 1-12
Wang Z.Y., Cui P. and Yu B., 2001. The mechanism of debris flow and drag reduction. Journal of Natural Disasters,
10(3), 37-43 (in Chinese)
Wang Z.Y., Cui P., Yu G.A. and Zhang K., 2010b. Stability of landslide dams and development of knickpoints.
submitted to the Journal of Environmental Geology
Wang Z.Y., Larsen P., Nestmann F. and Dittrich A., 1998. Resistance and drag reduction of hyperconcentrated flows
over rough boundaries. Journal of Hydraulic Engineering, 1, 1-9 (in Chinese)
Wang Z.Y., Shi W.J. and Liu D.D., 2010a. Continual erosion of bared rocks after the Wenchuan Earthquake and
control strategies. Journal of Asian Earth Sciences (accepted)
Wang Z.Y., Wai O.W.H. and Cui P., 1999. Field investigation on debris flows. International Journal of Sediment
Research, 14(4), 10-23
Search WWH ::




Custom Search