10.2190/HJG4-U5Q3-4U8Y-E781 HJG4U5Q34U8YE781 4 Polytechnic Institute of New York Environmental Wind Tunnel 233 251 20020509 20020509 20020509 20020509 HJG4U5Q34U8YE781.pdf http://baywood.metapress.com/link.asp?target=contribution&id=HJG4U5Q34U8YE781 3 Robert J. Cresci Polytechnic Institute of New York <p>The design, construction, and calibration of the PINY Environmental Wind Tunnel is described, in addition to a discussion of the basic simulation requirements which led to the configuration and nominal test conditions.</p><p>The tunnel is an open circuit, closed test section facility with the capability of simulating the atmospheric mean wind profile and density distribution to an altitude of 2000 ft. It has a test section of 4 X 5 X 20 feet and a nominal velocity range between 0.25 and 35 fps. In the "clean" condition it can also be utilized for the more conventional testing of vehicle configurations.</p> Plate, E. J. and Cermak, J. E. <i>Micrometeorological Wind Tunnel Facility.</i> Colorado State University, Fluid Dynamics and Diffusion Laboratory, Report No. CER 63 EJP-JE69, 1963. Lin J. T. and Binder, G. J. <i>Simulation of Mountain Lee Waves in a Wind Tunnel.</i> Colorado State University, Report No. CER 67-68 JTL GJB 24, December 1967. Cermak, J. E. and Arya, S. P. S. <i>Problems of Atmospheric Shear Flows and Their Laboratory Simulation.</i> Fluid Dynamics Panel Specialists Meeting on the Aerodynamics of Atmospheric Shear Flows, Munich, Germany, Sept. 15-17, 1969, AGARD Proceedings No. 48, 1970. Cermak, J. E. <i>Laboratory Simulation of the Atmospheric Boundary Layer.</i> AIAA 3rd Fluid and Plasma Dynamics Conference, Los Angeles, Calif., June 29-July 1, 1970, Paper No. 70-751. Campbell, G. S. and Standen, N. M. <i>Progress Report II on Simulation of Earth's Surface Winds by Artificially Thickened Wind Tunnel Boundary Layers.</i> NRC, NAE Lab. Tech. Report LTR-LA-37, National Research Council of Canada, July 1969. Davenport, A. G. and Isyumov, N. <i>Application of the Boundary Layer Wind Tunnel to the Prediction of Wind Loading.</i> Proceedings of the International Seminar on Wind Effects on Buildings and Structures, National Research Council, Ottawa, Canada, September 11-15, 1967, Paper No. 7. Airflow Developments Ltd. <i>Wind Tunnel and Manometers.</i> Catalog No. dp1 69268, Ontario, Canada. Yamada, T. and Meroney, R. N. <i>Numerical and Wind Tunnel Simulation of Response of Stratified Shear Layers to Non-Homogeneous Surface Features.</i> Colorado State University, Report No. CER 70-71 TY-RNM 62, June 1971. Champagne, F. H., Harris, V. G., and Corrsin, S. <i>Experiments on nearly homogeneous turbulent shear flow, J. Fluid Mech., 41</i> (pt. 1): 81-139, 1970. Webster, C. A. G. <i>An experimental study of turbulence in a density-stratified shear flow, J. Fluid Mech., 19</i>: 221-245, 1964. Strom, G. H. and Kaplin, E. J. <i>Final Report. Convective Turbulence Wind Tunnel Project.</i> New York University, Report No. 504.04, August 1968. Teunissen, H. W. <i>Characteristics of the Mean Wind and Turbulence in the Planetary Boundary Layer.</i> University of Toronto, UTIAS Report No. 32, October 1970. Sundaram, G. et al. <i>Modeling of the Turbulence Structure of the Atmospheric Surface Layer.</i> Paper presented at AIAA 9th Aerospace Sciences Meeting, January 25-27, 1971, AIAA Paper No. 71-136. Rouse, H. and Hasson, M. M. Cavitation-Free Inlets and Contractions, <i>Mech. Eng., 71</i>: 213-216, 1949. Cowdry, C. F. <i>Two Topics of Interest in Experimental Industrial Aerodynamics.</i> National Physical Laboratory, N. P. L. Report 1268, April 1968. DeCicco, P. R., Cresci, R. J., and Correale, W. H. <i>Fire Tests, Analyses, and Evaluation of Stair Pressurization and Exhaust in High-Rise Office Buildings</i>, Polytechnic Institute of Brooklyn, Center for Urban Environmental Studies, September 1972.