Journal of Wind Engineering and Industrial Aerodynamics 1991: Vol 38 Table of Contents

4 Pages·1991·0.67 MB·English

Journal of Wind Engineering and Industrial Aerodynamics, 38 (1991) 485-488
Elsevier Science Publishers B.V., Amsterdam — Printed in The Netherlands
Journal of Wind Engineering and Industrial Aerodynamics
Contents Volume 38 (1991)
Vol. 38 No. 1: Special Issue on Vehicle Aerodynamics
RARER ERSTE PEs eee Dee NEE EEE SEND ee PIE PO OLCOTT CeO EMME NE Oe Hr mRNA EO oa FEY Se Vii
Wind tunnel tests on the influence of fixed ground board length on the aerodynamic
characteristics of simple commercial vehicle models
Sa Gn “UII, SITU. TPG sos hinieneeaiicinncpensinitnn slith isiceencdhbibabnbasitubheimiutibaghiudbndssiginsabianiavaliibestiaibien 1
Determination of dynamic pressure and reference pressure in automobile wind tunnels
with open test section
P. Miillenbach and K.-R. Deutenbach (Munich, Germany) .................ccccccccceesseceeeseeeeeeeeeeeeees 11
Wind tunnel tests to obtain train aerodynamic drag coefficients: Reynolds number and
ground simulation effects
C.J. Baker and N.J. Brockie (Nottingham, U.K.| )..................sccccccsssssescccessesceceseseseeseesseeeeeseeeees 23
Influence of boundary layer control systems on the flow field around passenger cars
P. Miillenbach and K.-R. Deutenbach (Munich, Germany ) ...................:cccccsessseeeeeesseeceeeeseeeees 29
The effect of ground simulation on the flow around vehicles in wind tunnel testing
B. Fago (Hamburg, Germany), H. Lindner (Hannover, Germany) and O.
Benen Gen, CII D..ssicssnesisnsenenninanecesonnnentonsncnceiiebbabinndeccassheiisiesissedineieisileipebebl 47
Testing of road vehicles under cross wind conditions
C. Kramer, R. Grundmann and H.J. Gerhardt (Aachen, Germany) ................::ccseeeceeeeeeeeeees 59
The wind tunnel simulation of wind turbulence for surface vehicle testing
i ann errs SEINE iain alceheltnsilduernietneblidernanemthieseantiahidcniarketichnehenliiiubtnenioneeddaennis 71
Moving surface boundary-layer control as applied to two-dimensional and three-
dimensional bluff bodies
V.J. Modi, M.S.U. Fernando and T. Yokomizo (Vancouver, Canada) .............:cccssseeeeeeeeeeeeeees 83
Vol. 38 Nos. 2-3: Special Issue on Building Aerodynamics
IPD 1 snctiiethtssecteucteameteinteicesiontsnididciieaesee tineseiotcinicice seiiai achidtai ainiael s iii
Statistical analysis of the sea-land breeze and its effect on the air temperature in summer
H. Kitayama, T. Katayama and T. Hayashi (Kasuga, Japan), J. Tsutsumi
(Chikushigaoka, Japan) and A. Ishii (Shiobaru, Japan) ...............:ccccsssesssssssesseseeeeeeeeeeseeeeees 93
Wind data generator: A knowledge-based expert system
ae Ge SEUUIEND, TIRE, SGI ccicsccnshichinvecosinnssebecesensebsbieldtenabintiibbnieieebbesttndeesebistiaenbinenince 101
Wind tunnel simulation of the flow around two-dimensional hills
A.D. Ferreira, M.C.G. Silva, D.X. Viegas and A.G. Lopes (Coimbra, Portugal ).................. 109
The influence of upwind topography on the development of the boundary layer profile
over a city centre
A.M. Goliger and R.V. Milford (Pretoria, South Africa) .0..........:cccccccccssesseseesecesseseeseeeeeseeeees 123
Wind climate in city centres: Pedestrian comfort versus accumulation of pollutants
H.J. Gerhardt and C. Kramer (Aachen, Germany )..............ccccccccsssssssscsssssssscsssssssscscssssscssessees 131
0167-6105/91/$03.50 © 1991 Elsevier Science Publishers B.V. All rights reserved.
486
Numerical simulation of wind in a built-up environment and experimental verification
M. Bottema, J.G.M. Eggels and J.A. Wisse (Eindhoven, The Netherlands ).....................+
Wind tunnel simulation of the surface layer flow for the prediction of wind loads on low-
rise structures
EEE 6S IND CIIRIIINOIINNL, "Wil, TFIIIT Dacc scnnasonsodoveeassssentinesiseteeninnbinensccaiscsosssonpecscoretqnesnreoneseest
Design considerations for buildings in a sandy and dusty environment
K.K. Bofah, C. Kramer and H.J. Gerhardt (Aachen, Germany) ...............::csscsesseeeeeeeeeeeeeeees
Measurement of velocity near and pressure on a cylindrical tower located on irregular
terrain
J. Maier-Erbacher and E.J. Plate (Karlsruhe, Germany) .................cccscsesseeeseeeeeseeeeeeeeeeseeeeees
Full-scale measurement of wind pressures and response accelerations of a high-rise
building
T. Ohkuma and H. Marukawa (Yokohama, Japan), Y. Niihori and N. Kato
I I ciel endalenenlnetahnsbmalinnenneeetdligtannnnendietiniddiuanteannniinibbiesiidiins
Effect of damping of interference-induced oscillations of two identical circular cylinders
M.M. Zdravkovich and E.B. Medeiros (Salford, UK )...............ccccccccssssssssssesseeeeeeecseceeeeeeeeeecees
Frequency-dependent wind load coefficients of rectangular cylinders
es ED CII III Diss ah a chcclsbscctisciasebitensinttibaderinntpenistatndnsecccnnvscuncvensesncouesbeasconsece
Field measurements of pressures on the Texas Tech Building
M.L. Levitan, K.C. Mehta and W.P. Vann (Lubbock, TX, USA) and J.D. Hilmes
a is I oaitanclicithsniciietictnintictipibnitieniiinniatinncindinaneineidnindnnbbasashniiinesinegnsannescctinsete
Pressure measurements on the Texas Tech Building: Wind tunnel measurements and
comparisons with full scale
I I sa saint alee have abldianaseteninnblichiindeesesence’
Comparisons of wind-tunnel and full-scale surface pressure measurements on low-rise
pitched-roof buildings
G.M. Richardson (Bedford, UK) and D. Surry (London, Ont., Canada ).................c::ccc00e
The magnitude and distribution of wind-induced pressure on hip and gable roofs
D. Meecham (London, UK), D. Surry and A.G. Davenport (London, Ont., Canada)........
Wind pressure on roofs of various geometries
T. Stathopoulos and P. Saathoff (Montreal, Que., Camada) .............:::cccccssceseseeeeeeeeeeeeeeeeeeeees
Wind pressures on roofs of very low and very large industrial buildings
C. Kramer and H.J. Gerhardt (Aachen, Germany) ...............:ccccsceeeeeseeeseeeeeeeeeeeeeeeeeeeeeeeeeseeeees
Variability of low building wind loads due to surroundings
T.C.E. Ho, D. Surry and A.G. Davenport (London, Ont., Canada) ..............ccccccseeeeeeeeeeeeees
The effect of flow channelling on gable wall pressures
I ce sadaleduennneno ens dbsansenensonstnnebiesbeacenes
Effect of eaves detail on wind pressures over an industrial building
a a I i oe Us ialinbebbsnncedieutésivesscndisuibiseriescenbnaie
Wind loading on a portal frame agricultural building
E. Savory, N. Toy, S. Dalley and J. Trussler (Guildford, UK) .0..........cccccccceeeeeeseeneeeeeeeeeeeeees
Structural response of a portal framed building under wind load
I A a sa sehaoedsenebesiniincchiinenbibnnenenetboenseents
A simplified approach to the determination of the influence of internal pressures on the
dynamics of large span roofs
B.J. Vickery and P.N. Georgiou (London, Ont., Canada) .............c:ccccsssseseseeesseeeeseeeeeeneneeeeees
Numerical calculations of the temperature distribution in a smoke layer caused by a fire
in a building
K.K. Bofah, H.J. Gerhardt, C. Kramer and V. Thiessen (Aachen, Germany) .....................
Internal pressure of double composite exteriors
N. Chino, Y. Iwasa, Y. Mataki, T. Hagiwara and H. Sato (Tokyo, Japan)
Wind tunnel tests to determine the wind forces on roof blocks for existing buildings
H. Okada and M. Okabe (Ibaraki, Japan)
Fluctuating wind load on cladding elements and roof pavers
J. Wacker, R. Friedrich, E.J. Plate and U. Bergdolt (Karlsruhe, Germany )
Wind loads and flow regimes associated with sheltered lightweight greenhouses
B. Tahouri, N. Toy and J. Booker (Guildford, UK)
Characteristics of wind pressures on basic structures with curved surfaces and their
response in turbulent flow
T. Ogawa (Tokyo, Japan), M. Nakayama (Kanagawa-ken, Japan), S. Murayama
(Tokyo, Japan) and Y. Sasaki (Kanagawa-ken, Japan)
Further full-scale and model pressure measurements on a cantilever grandstand
N.G. Pitsis and L.W. Apperley (Sydney, NSW, Australia)
Wind tunnel investigations of roofs on fuel-tanks in connection with rain-water
contamination
H. Sockel and I. Kronke (Vienna, Austria)
Wind tunnel test to design helidecks on the rooftops of high-rise buildings
M. Nakayama and Y. Uchiami (Kanagawa-ken, Japan), K. Watagami (Tokyo,
Japan) and K. Ui (Kanagawa-ken, Japan)
A miniature cylindrical wind speed and direction sensor
D. Surry, A. McDougall and I. Murley (London, Ont., Canada)