___

• Chaudhry, M. H., Applied Hydraulic Transients,
• Van Nostrand Reinhold Company, USA, 1987.
• Watters, G.Z., Modern Analysis and Control
• Of Unsteady Flow in Pipelines, Michigan, Ann
• Arbor Science, USA, 1979.
• Koç, A.C., Computation of unsteady flows in
• hydraulic systems with hydraulic machinery, A
• Thesis submitted to the graduate school of the
• natural and applied sciences of Dokuz Eylül
• University, İzmir, 2001.
• Donsky, B., "Complete Pump Characteristic and
• The Effects of Specific Speeds on Hydraulic
• Transients", Journal of Basic Engineering,
• ASME, 685-699, 1961.
• Burmann, W., "Water Hammer in Coaxial Pipe
• Systems", Journal of Hydraulic Division of
• ASCE, 101, 6, 699-715, 1975.
• Streeter, V.L., ve Wylie, E.B., "Transient
• Analysis of Offshore Loading Systems", Journal
• of Manufacturing Science and Engineering,
• , (1), 259-265, 1975.
• Wylie, E. B., ve Streeter, V. L., Fluid
• Transients, Prentice Hall, USA, 1978.
• Tullis, J.P., Hydraulics of Pipelines, J. Wiley &
• Sons Inc., USA,1989.
• Thorley, A. R. D., "Check Valve Behaviour
• Under Transient Flow Conditions: A State-of-the-
• Art Review", Journal of Fluids Engineering,
• (111), 178-183, 1989.
• Thorley, A.R.D., Fluid Transients in Pipeline
• Systems, D&L George Ltd., England, 1991.
• Wylie,E.B. ve Streeter,V.L., Fluid Transients in
• Systems, Prentice Hall, USA, 1993
• Larock, B.E., Jeppson, R.W. ve Watters, G.Z.,
• Hydraulics of Pipeline Systems, CRC Press,
• USA, 2000.
• Popescu, M., Arsenie, D. ve Vlase, P.,Applied
• Hydraulic Transients, A.A. Balkema
• Publishers, 2003.
• Rahmeyer, W., "Dynamic Flow Testing of Check
• Valves", Journal of Nuclear Industry Check
• Valve Group, Winter meeting, St. Petersburg,
• Florida, USA, 1996.
• Kirkland, C., "Controlling and Understanding the
• Effects of Air in Pipelines", Conference paper,
• Amiad Australia Pty. Ltd, 1998.
• Kono, Y., Watanabe, M. ve Ito, T., "Phase
• Change Analysis in Water Hammer by Upstream
• Finite Difference Method", Conference Paper,
• Japan, 1998.
• Kameswara, R. C. V. ve Eswaran, K., "Pressure
• Transients in Incompressible Fluid Pipeline
• Networks", Journal of Nuclear Engineering
• and Design, 188, 1, 1-11, 1999.
• Alves, E. G., "Hydraulic Analysis of Sudden
• Flow Changes in a Complex Piping Circuit",
• Conference paper, Delaware, USA, 2004.
• Ward, D., "Automatic and Remotely Controlled
• Shutoff for Direct Flow Liquid Manure
• application Systems", 2004.
• Clark, G. A., Smajstrla, A.G. ve Haman, D.Z.,
• "Water Hammer in Irrigation Systems", Institute
• of Food and Agricultural Sciences, University
• of Florida, Gainesville, 2003.
• Diesselhorst, T. ve Neumann, U., "Optimization
• of Loads in Piping Systems by the Realistic
• Calculation Method: Applying Fluid-Structure
• Interaction (FSI) and Dynamic Friction", Journal
• of Pressure Vessel Technology, ASME, 127, 1,
• -6, 2005.
• Kaliatka, A., Uspuras, E. ve Vaisnoras, M.,
• "RELAP5 Code Analysis of Water Hammer
• Wave Behaviour", Conference Paper,
• Laboratory of Nuclear Installation Safety,
• Lithuanian Energy Institute, Kaunas, Lithuania,
• -
• Fleming, K.K., Dugandzic, J.P., Le Chevallier,
• M.W. ve Gullick, R.W., "Susceptibility of
• Potable Water Distribution Systems to Negative
• Pressure Transients", Research Project
• Summary, Division of Science, Research and
• Technology, Trenton, NJ, USA, 2006.
• Leishear, R.A., "Dynamic Pipe Stresses During
• Water Hammer: A Finite Element Approach",
• Journal of Pressure Vessel Technology, ASME,
• , 2, 226-233, 2007.
• Mays, L.W., Hydraulic Design Handbook,
• McGraw-Hill, 1999.