Handbook of air conditioning and refrigeration / Shan K

7.60 CHAPTER SEVEN
REFERENCES
Input Data and Reports. Trane’s software relies on the AutoCAD attribute functions. Its data are
stored with the drawing data. Softdesk’s software uses extended entity capabilities, and data are
stored in external AutoCAD’s drawing exchange format (DXF) files. The University of Kentucky
software has a dedicated CAD system. Trane’s and Softdesk’s software programs let the designer
select a kind of fluid and temperature, and the computer program calculates the fluid properties. The
University of Kentucky software requires the designer to input the data each time. Trane’s and
Softdesk’s databases include size, cost, and hydraulic data, whereas the University of Kentucky
only includes hydraulic data.
All three computer programs provide tabular reports of pipe diameter, length, flow, velocity, and
head. Trane’s software identifies the critical path, and Trane’s and Softdesk’s software programs
offer quantity and cost bill of material part, whereas the University of Kentucky software offers
multiple design condition reports, such as cavitation and metering reports.
Ahmed, O., Life-Cycle Cost Analysis of Variable-Speed Pumping for Coils Application, ASHRAE Transactions,
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Amistadi, H., Selecting Piping System Software, Engineered Systems, no. 6, 1994, pp. 57–62.
ASHRAE, ASHRAE Handbook 1996, HVAC Systems and Equipment, ASHRAE Inc., Atlanta, GA, 1996.
ASHRAE, ASHRAE Handbook 1997, Fundamentals, Atlanta, GA, 1997.
ASHRAE, ASHRAE Handbook 1999, HVAC Applications, Atlanta, GA, 1999.
Avery, G., Microprocessor Control for Large Chilled Water Distribution Systems, Heating/Piping/Air Conditioning,
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Avery, G., Stethem, W. C., Coad, W. J., Hegberg, R. A., Brown, F. L., and Petitjean, R., The Pros and Cons of
Balancing a Variable Flow Water System, ASHRAE Journal, no.10, 1990, pp. 30–55.
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Various Flow Velocities, The Building Services Engineer, May 1976, pp. 33–40.
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Systems without Storage, ASHRAE Transactions, 1989, Part I, pp. 663–675.
Burr, G. C., and Pate, M. E., Conversion of Campus Central Plant from Constant Flow to Variable Flow at
University of West Florida, ASHRAE Transactions, 1984, Part I B, pp. 891–901.
Carlson, G. F., Hydronic Systems: Analysis and Evaluation—Part I, ASHRAE Journal, October 1968, pp.
2–11.
Carlson, G. F., Central Plant Chilled Water Systems—Pumping and Flow Balance Part I, ASHRAE Journal,
February 1972, pp. 27–34.
Coad, W. J., Centrifugal Pumps: Construction and Application, Heating/Piping/Air Conditioning, September
1981, pp. 124–129.
Ellis, R., and McKew, Howard, Back to Basics: Test 9—Chilled Water System Using Centrifugal Chiller
Advanced Energy Efficient Design, Engineered Systems, no. 11, 1996, p. 11.
Eppelheimer, D. M., Variable Flow—The Quest for System Energy Efficiency, ASHRAE Transactions, 1996,
Part II, pp. 673–678.
Griffith, D., Distribution Problems in Central Plant Systems, Heating/Piping/Air Conditioning, November 1987,
pp. 59–76.
Haines, R. W., Bahnfleth, D. R., Luther, K. R., Landman, W. J., and Kirsner, W., Open for Discussion: Primary-
Secondary Pumping, HPAC, no. 3, 1997, pp. 67–73.
Hansen, E. G., Parallel Operation of Variable-Speed Pumps in Chilled Water Systems, ASHRAE Journal, no. 10,
1995, pp. 34–38.
Hull, R. F., Effect of Air on Hydraulic Performance of the HVAC System, ASHRAE Transactions, 1981, Part I,
pp. 1301–1325.