土木学会論文集 (Doboku Gakkai rombunshū) - v. 1988, n. 393 (mai 1988)

Publié:	mai 1988

Auteur(s)	Titre	Page(s)
Saga, Hiroshi	Analysis Of Runoff By Frequency Response Method	77-86
Takase, Nobutada / Ujihashi, Yasuyuki / Ogawa, Masahiro	A Consideration On The Probabilistic Estimation Of Maximum Hydrological Quantities Occurrence	225-228
Saga, Takanori / Ohnari, Hirofumi / Watanabe, Katsutoshi / Saitou, Takashi	Correlation Between Vortical Structure And Velocity Signals In The Inner Layer Of Turbulent Channel Flow	131-140
Takara, Kaoru / Takasao, Takuma	Criteria For Evaluating Probability Distribution Models In Hydrologic Frequency Analysis	151-160
Ishida, Hajime / Tamura, Kenichi	The Determination Of The Drag Coefficient For A Circular Cylinder Placed Vertically In A Wave Field Under The Conditions Of Non-separation Flow And Symmetric Vortices	121-130
Hosoda, Takashi / Yokosi, Shoichiro	Estimation Of The Turbulent Characteristics In Open Channel Flows By Means Of The Stress Flux Model	221-224
Deguchi, Hiroshi / Kashiwaya, Mamoru	An Experimental Study On Growing Limitation of Suspended Biomass Flocs With Small Size Media And Optimum Input of Media In A Reactor	209-216
Nagaoka, Hiroshi / Ohgaki, Shinichiro	Experimental Study On Mass Transfer In Porous Riverbed	49-55
Sakai, Shigeki / Hirayama, Ken-ichi / Saeki, Hiroshi	An Expression For Influences of Opposing Current On Wave Breaking of Shoaling Wave On Uniform Slope	43-48
Ikeda, Syunsuke / Yamasaka, Masashige / Kiuchi, Kunihiko / Takahashi, Hiroki	Fall Velocity Of Spheres In Vertically Oscillating Fluid	57-66
Shimotsu, Masashi	A Field Study On Hydrological Balance In Volcanic Basin: The Aso Basin	141-150
Onishi, Sotoaki	Hydraulic Engineering And Remote Sensing	9-19
Onishi, Sotoaki	Hydraulic Engineering and Remote Sensing	I
Nishimura, Hitoshi / Takewaka, Satoshi	Numerical Analysis Of Two-dimensional Wave Motion Using Lagrangian Description	191-199
Murota, Akira / Michioku, Kohji / Kuchida, Mitsuya	Numerical Analysis On Vertical Mixing Phenomena Induced By Composite Stirring	67-76
Takeuchi, Kuniyoshi / Tsuchiya, Kazuhito	On Relative Accuracy Of Pwm Estimates Of Normal And 3-parameter Lognormal Distributions	103-112
Momii, Kazuro / Jinno, Kenji / Usda, Toshihiko	On The Ldv Signal Processing Scheme And The Measurement Of Particle Concentration In Solid-liquid Two-phase Flow	217-220
Takeuchi, Kuniyoshi / Tsuchiya, Kazuhito	Pwm Solutions To Normal, Lognormal And Pearson-iii Distributions	95-101
Matsunaga, Nobuhiro / Awaya, Yoichi / Takehara, Kosei	A Row Of Vortices In An Offshore Zone	229-232
Ashida, Kazuo	State Of The Art Of Research Of Sediment Yield, Transport And Related Hazard	21-32
Plate, E. J. / Meon, G.	Stochastic Aspects Of Dam Safety Analysis	1-8
Takagi, Fusetsu / Wada, Kiyoshi	Structure Of Tide Induced Residual Current Caused By Bottom Oscillatory Boundary Layer	87-94
Noguchi, Hideaki / Hirano, Muneo	A Study Of The Spread Of Continuously Spilled Oil On Calm Water	113-120
Umita, Teruyuki / Kusuda, Tetsuya / Futawatari, Tohru / Awaya, Youichi	Study On Erosional Process Of Soft Muds	33-42
Hagiwara, Kazuhiro	A Study On Resultant Wave Forces On Wave Dissipating Caisson With Double Vertically Slotted Walls And Influence Of Structural Configuration	171-180
Matsuto, Toshihiko / Koyama, Keiichi / Tanaka, Nobutoshi	Study On Seasonal Fluctuation Of Collected Amount Of Municipal Solid Waste	201-208
Shuto, Nobuo / Goto, Chiaki / Imamura, Fumihiko	Use Of Numerical Simulation As A Means Of Tsunami Warning	181-189
Nakakita, Eiichi / Shiiba, Michiharu / Ikebuchi, Shuichi / Takasao, Takuma	Visualization Of The Information From A Three-dimensionally Scanning Radar Raingauge	161-169

Auteur(s)

Titre

Page(s)

Saga, Hiroshi

Analysis Of Runoff By Frequency Response Method

77-86

Takase, Nobutada / Ujihashi, Yasuyuki / Ogawa, Masahiro

A Consideration On The Probabilistic Estimation Of Maximum Hydrological Quantities Occurrence

225-228

Saga, Takanori / Ohnari, Hirofumi / Watanabe, Katsutoshi / Saitou, Takashi

Correlation Between Vortical Structure And Velocity Signals In The Inner Layer Of Turbulent Channel Flow

131-140