Journal of Wind Engineering and Industrial Aerodynamics - April 1997

Erschienen:	April 1997

Artikel in dieser Ausgabe

Autor(en)	Titel	Seite(n)
Larsen, Allan / Walther, Jens H.	Aeroelastic analysis of bridge girder sections based on discrete vortex simulations	253-265
Suh, Sang-Ho / Roh, Hyung-Woon / Kim, Ha-Rim / Lee, Kwang-Yerl / Kim, Kyu-Suk	Application of computational techniques for studies of wind pressure coefficients around an odd-geometrical building	659-670
Sasaki, Ryoji / Uematsu, Yasushi / Yamada, Motohiko / Saeki, Hiromu	Application of infrared thermography and a knowledge-based system to the evaluation of the pedestrian-level wind environment around buildings	873-883
Huser, Asmund / Nilsen, Pål Jahre / Skåtun, Helge	Application of k−ε model to the stable ABL: Pollution in complex terrain	425-436
Wiik, Tore / Hansen, Ernst W. M.	The assessment of wind loads on roof overhang of low-rise buildings	687-696
Onyemelukwe, Okey U.	A boundary element-finite difference formulation for wind flow simulation	949
Lakehal, D. / Rodi, W.	Calculation of the flow past a surface-mounted cube with two-layer turbulence models	65-78
Leitl, Bernd M. / Meroney, Robert N.	Car exhaust dispersion in a street canyon. Numerical critique of a wind tunnel experiment	293-304
DeCroix, David S. / Lin, Yuh-Lang / Schowalter, David G.	Cellular convection embedded in the convective planetary boundary layer surface layer	387-401
Mochida, Akashi / Murakami, Shuzo / Ojima, Toshio / Kim, Sangjin / Ooka, Ryozo / Sugiyama, Hirokatsu	CFD analysis of mesoscale climate in the Greater Tokyo area	459-477
Tominaga, Y. / Murakami, S. / Mochida, A.	CFD prediction of gaseous diffusion around a cubic model using a dynamic mixed SGS model based on composite grid technique	827-841
Kato, Shinsuke / Murakami, Shuzo / Takahashi, Takeo / Gyobu, Tomochika	Chained analysis of wind tunnel test and CFD on cross ventilation of large-scale market building	573-587
Cheng, Edmond D. H. / Shang, Jie	Complex terrain surface wind field modeling	941
Panneer Selvam, R.	Computation of pressures on Texas Tech University building using large eddy simulation	647-657
Sharma, R. N. / Richards, P. J.	Computational modelling in the prediction of building internal pressure gain functions	815-825
Stathopoulos, Theodore	Computational wind engineering: Past achievements and future challenges	509-532
Kovacs, Imre / Beyer, Karlheinz / Oba, Narimichi	Computer simulation of the dynamic response of wind-loaded large bridges under limit load conditions	942
Leitl, Bernd M. / Kastner-Klein, P. / Rau, M. / Meroney, R. N.	Concentration and flow distributions in the vicinity of U-shaped buildings: Wind-tunnel and computational data	745-755
Parameswaran, Siva / Andra, Ramesh / Sun, Richard / Gleason, Mark	A critical study on the influence of far field boundary conditions on the pressure distribution around a bluff body	117-127
Murakami, Shuzo	Current status and future trends in computational wind engineering	3-34
Brzoska, Michel A. / Stock, David / Lamb, Brian	Determination of plume capture by the building wake	909-922
Tsuchiya, M. / Murakami, S. / Mochida, A. / Kondo, K. / Ishida, Y.	Development of a new k−ε model for flow and pressure fields around bluff body	169-182
Thomas, T. G. / Williams, J. J. R.	Development of a parallel code to simulate skewed flow over a bluff body	155-167
Bergstrom, Donald J. / Wang, Jian	Discrete vortex model of flow over a square cylinder	37-49
Qamaruddin, M. / Al-Oraimi, Salim K.	Effect of wind environment on the response of buildings in Oman	951
Richards, P. J.	The effect of wind profile and twist on downwind sail performance	313-321
Yang, W. W. / Chang, T. Y. P. / Chang, C. C.	An efficient wind field simulation technique for bridges	697-708
Hosomi, Masao / Kobayashi, Hiroshi / Nitta, Yoshinobu	Fatigue strength design for vortex-induced oscillation and buffeting of a bridge	227-237
Selvam, R.Panneer	Finite element modelling of flow around a circular cylinder using LES	129-139
Apsley, David D. / Castro, Ian P.	Flow and dispersion over hills: Comparison between numerical predictions and experimental data	375-386
Eidsvik, K. H. / Utnes, T.	Flow separation and hydraulic transitions over hills modelled by the Reynolds equations	403-413
Shah, Kishan B. / Ferziger, Joel H.	A fluid mechanicians view of wind engineering: Large eddy simulation of flow past a cubic obstacle	211-224
Baskaran, A. / Kashef, A.	Forecasting roof snow accumulation using numerical models	938-939
Robertson, A. P. / Hoxey, R. P. / Richards, P. J. / Ferguson, W. A.	Full-scale measurements and computational predictions of wind loads on free-standing walls	639-646
Kondo, K. / Murakami, S. / Mochida, A.	Generation of velocity fluctuations for inflow boundary condition of LES	51-64
Kawamoto, Shinji	Improved turbulence models for estimation of wind loading	589-599
Nagao, F. / Utsunomiya, H. / Murata, S.	Improvement of pitching moment estimation of an oscillating body by discrete vortex method	337-347
Quinn, A. D. / Baker, C. J.	An investigation of the ventilation of a day-old chick transport vehicle	305-311
Lee, Sungsu / Bienkiewicz, Bogusz	Large-eddy simulation of wind effects on bluff bodies using the finite element method	601-609
Hider, Z. E. / Hibberd, S. / Baker, C. J.	Modelling particulate dispersion in the wake of a vehicle	733-744
Wright, Nigel	A multigrid method and high-order discretisation for turbulent flow over a building	955-956
Panneer Selvam, R.	Multigrid methods for computational wind engineering	952
Purohit, Sharad / Chafle, Girish / Khurana, Neeraj / Narayanan, Sampath	Navier-Stokes' solutions for a pair of circular cylinders	950
Delaunay, D. / Lakehal, D. / Barré, C. / Sacré, C.	Numerical and wind tunnel simulation of gas dispersion around a rectangular building	721-732
Cowan, Ian R. / Castro, Ian P. / Robins, Alan G.	Numerical considerations for simulations of flow and dispersion around buildings	535-545
Li, Y. / Stathopoulos, T.	Numerical evaluation of wind-induced dispersion of pollutants around a building	757-766
Tamura, Tetsuro / Kawai, Hiromasa / Kawamoto, Shinji / Nozawa, Kojiro / Sakamoto, Shigehiro / Ohkuma, Takeshi	Numerical prediction of wind loading on buildings and structures — Activities of AIJ cooperative project on CFD	671-685
He, Ping / Katayama, Tadahisa / Hayashi, Tetsuo / Tsutsumi, Jun-ichiro / Tanimoto, Jun / Hosooka, Izuru	Numerical simulation of air flow in an urban area with regularly aligned blocks	281-291
Kuroda, Shinichi	Numerical simulation of flow around a box girder of a long span suspension bridge	239-252
Yu, Da-hai / Kareem, Ashan	Numerical simulation of flow around rectangular prism	195-208
Maharana, S. K. / Ghosh, A. K.	Numerical simulation of flow over two successive buildings of square cross-section	944
Selvam, R.Panneer	Numerical simulation of pollutant dispersion around a building using FEM	805-814
Ohya, Y. / Hashimoto, H. / Ozono, S.	A numerical study of a thermally stratified boundary layer under various stable conditions	793-804
Liu, C. H. / Leung, D. Y. C.	Numerical study of atmospheric dispersion under unstably stratified atmosphere	767-779
Okajima, Atsushi / Yi, Donglai / Sakuda, Atsushi / Nakano, Tomohito	Numerical study of blockage effects on aerodynamic characteristics of an oscillating rectangular cylinder	91-102
Uchida, T. / Ohya, Y.	A numerical study of stably stratified flows over a two-dimensional hill — Part I. Free-slip condition on the ground	493-506
Meng, Yan / Matsui, Masahiro / Hibi, Kazuki	A numerical study of the wind field in a typhoon boundary layer	437-448
He, Jianming / Song, Charles C. S.	A numerical study of wind flow around the TTU building and the roof corner vortex	547-558
Hiejima, S. / Nomura, T. / Kimura, K. / Fujino, Y.	Numerical study on the suppression of the vortex-induced vibration of a circular cylinder by acoustic excitation	325-335
Reynolds, A. M.	On the application of Thomson's random flight model to the prediction of particle dispersion within a ventilated airspace	627-638
Fang, Fuh-Min / Wang, D. Y.	On the flow around a vertical porous fence	415-424
Schlünzen, K.Heinke	On the validation of high-resolution atmospheric mesoscale models	479-492
Turkiyyah, George / Reed, Dorothy / Viozat, Cecile / Lin, Calvin	Parallel performance of a three-dimensional grid-free vortex method for wind engineering simulations	953-954
Nomura, Takashi	Prediction of large-scale wind field over complex terrain by finite element method	947-948
Lee, Sangsan / Lee, Jae Seok / Kim, Jong Dae	Prediction of vortex-induced wind loading on long-span bridges	267-278
Aynsley, Richard M.	A resistance approach to analysis of natural ventilation airflow networks	711-719
Mokeba, M. L. / Salt, D. W. / Lee, B. E. / Ford, M. G.	Simulating the dynamics of spray droplets in the atmosphere using ballistic and random-walk models combined	923-933
Brar, Pavit S. / Knio, Omar M. / Scanlan, Robert H.	Simulation of unsteady flow around oscillating bluff bodies using a hybrid Eulerian Lagrangian scheme	940
Schatzmann, Michael / Rafailidis, Stilianos / Pavageau, Michel	Some remarks on the validation of small-scale dispersion models with field and laboratory data	885-893
Ozono, Shigehira / Aota, Noboru / Ohya, Yuji	Stably stratified flow around a horizontal rectangular cylinder in a channel of finite depth	103-116
Mengelkamp, Heinz-Theo / Kapitza, Hartmut / Pflüger, Ulrich	Statistical-dynamical downscaling of wind climatologies	449-457
Modi, V. J. / Seto, M. L.	Suppression of flow-induced oscillations using sloshing liquid dampers: analysis and experiments	611-625
Tamura, T. / Itoh, Y.	Three-dimensional vortical flows around a bluff cylinder in unstable oscillations	141-154
Bottema, Marcel	Turbulence closure model "constants" and the problems of "inactive" atmospheric turbulence	897-908
Nishi, A. / Kikugawa, H. / Matsuda, Y. / Tashiro, D.	Turbulence control in multiple-fan wind tunnels	861-872
HonoréWalther, Jens / Larsen, Allan	Two dimensional discrete vortex method for application to bluff body aerodynamics	183-193
Lee, Sangsan	Unsteady aerodynamic force prediction on a square cylinder using k−ε turbulence models	79-90
Shirato, H. / Matsumoto, M.	Unsteady pressure evaluation on oscillating bluff body by vortex method	349-359
Pielke, Roger A. / Nicholls, Melville E.	Use of meteorological models in computational wind engineering	363-372
Moon, Dennis / Albergel, Armand / Jasmin, Florence / Thibaut, Gerard	The use of the MERCURE CFD code to deal with an air pollution problem due to building wake effects	781-791
Xia, L. P. / Lam, K. M.	A vertical round jet issuing into an unsteady crossflow consisting of a mean current and a sinusoidal fluctuating component	843-857
Nappi, Alfonso / Pedrielli, Francesco / Pian, Michela	Wind induced vibrations of bell-towers: An experimental procedure to find vibration frequencies and test simulation based on wind engineering	945-946
Kushioka, Kiyonori / Saito, Toru / Honda, Akihiro	Wind speed distribution over the bay by numerical solution of 3D Navier-Stokes equation	943
Karagiozis, Achilles / Hadjisophocleous, George / Cao, Shu	Wind-driven rain distributions on two buildings	559-572
Ahmad, Suhail / Islam, N. / Siddiqui, N. A.	Wind-induced response of double articulated towers	937

Über diese
Datenseite
IssueID
32467
Veröffentlicht am:
12.08.2019
Geändert am:
09.05.2022

Anzeige

Structurae kooperiert mit

International Association for Bridge and Structural Engineering (IABSE)

Anzeige

Journal of Wind Engineering and Industrial Aerodynamics - April 1997

Artikel in dieser Ausgabe

Sie haben Ihr monatliches Download-Limit überschritten!

Structurae Plus-Abonnent·innen können 30 Medien bzw. Datensätze pro Monat herunterladen.
Structurae Pro-Nutzer·innen sind auf 50 beschränkt.

Pflichtangaben

Journal of Wind Engineering and Industrial Aerodynamics - April 1997

Artikel in dieser Ausgabe

Sie haben Ihr monatliches Download-Limit überschritten! Structurae Plus-Abonnent·innen können 30 Medien bzw. Datensätze pro Monat herunterladen. Structurae Pro-Nutzer·innen sind auf 50 beschränkt.

Pflichtangaben

Sie haben Ihr monatliches Download-Limit überschritten!

Structurae Plus-Abonnent·innen können 30 Medien bzw. Datensätze pro Monat herunterladen.
Structurae Pro-Nutzer·innen sind auf 50 beschränkt.