Wind-tunnel study of One Tampa City Center

For MacDonald Becket, FAIA.November 1979.CER79-80JAP-JEC26.Includes bibliographical references

Wind-tunnel study of One Logan Square, Philadelphia

For Urban Investment and Development Co.Project 2-27490.July 1981.CER81-82JAP-JEC5.Includes bibliographical references

Wind-tunnel study of Hong Fok Centre, Singapore

August 1983.Includes bibliographical references.For Ove Arup and Partners, Singapore.CER 83-84JAP-JEC1.CSU Project 2-95490

Wind-tunnel study of tensioned membrane structure

For Helios Tension Products, Inc.August 1981.CSU Project 2-27540.CER81-82JAP-JEC10.Includes bibliographical references

Wind-tunnel study of Sixth and Main Building, Tulsa

For WZMH Group Inc.July 1982.CER82-83JAP-JEC2.Includes bibliographical references.CSU Project 2-95090

Wind-tunnel study of flow through STS shuttle launch site exhaust vents, Vandenberg Air Force Base

Includes bibliographical references.September 1982.CER82-83JAP-JEC13.For Martin Marietta Corporation, Vandenberg Operations.CSU Project 2-95400

Wind engineering study of Fluor Corporate Headquarters, Irvine, California

CER76-77JAP-JEC25.December 1976.For Welton Becket & Associates.Includes bibliographical references

Wind-tunnel study of Yorktown Tower II, Houston

For Marathon Oil Company.July 1981.CER81-82JAP-JEC6.Includes bibliographical references.CSU Project 2-27620

Wind-tunnel study of Sun Gas Building, Dallas

For Raymond D. Nasher Company.September 1981.CER81-82JAP-JEC23.Includes bibliographical references.CSU Project 2-27790

Wind-tunnel study of exhaust-intake cross contamination and dispersion of rooftop emissions, Hospital of the University of Pennsylvania: HUP phase IV

Includes bibliographical references.CSU Project 2-95750.For Hospital of the University of Pennsylvania, Philadelphia, Pennsylvania.CER84-85JEC-JAP1.CER84-85JEC-JAP1a (Appendices).July 1984, Modified March 1985.A wind-tunnel study on a 1:250 scale model of a planned Phase IV addition to the Hospital of the University of Pennsylvania complex and the nearby structures was completed in the Fluid Dynamics and Diffusion Laboratory at Colorado State University. The study was accomplished to determine the concentration of effluents, emitted from various exhausts near and on the proposed addition, at various air intakes and other critical locations. Tracers emitted from individually modelled sources were sampled at 47 receptors for each of eight wind directions to measure the extent of exhaust-intake cross-contamination and dispersion of roof-top emissions. Some "follow-on" tests were also performed with a modified model to determine effluent concentrations at the HUP IV penthouse from selected nearby sources. Additional wind-tunnel testing included velocity measurements to determine mean and gust winds at selected locations in the vicinity of the Hospital. The pedestrian-level wind data were recorded at 18 different locations for each of 16 wind directions. Selected test conditions were identified for inclusion in a visualization study. Visible smoke plumes, generated at locales of special interest, were recorded on VHS format video cassettes. The concentration data revealed that the complex contains regions where the air is relatively stagnant. Exhaust gases in these regions experience little, if any, sweeping action from the wind, from any direction, to enhance dispersion. Some interaction between area exhausts and intakes situated on the Phase IV addition, was measured. Any adverse contamination of intake air is dependent upon composition of the exhaust effluents. The velocity measurements indicated that the new structure should not induce any significant wind related problems for pedestrian traffic in the surrounding area