Page 411 - Pipeline Risk Management Manual Ideas, Techniques, and Resources
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3861 References
           25.  DIN 2413, DeutscheNormen, Berlin, June 1972.   46.  Kelly, K. A,, and Cardon, N.  C., “The Myth of lo4  as a
           26.  Dow  Chemical,  Fire  and  Explosion  Index  Hazard   Definition ofAcceptance Criteria,” EPA Watch, Vol. 3, No.
              Classlfication  Guide, 6th ed., Dow Chemical  Co., May   17.
              1987.                                   47.  Keyser, C. A,, Materials Science in Engineering, 3rd ed.,
           27.  Dragun, J.,  The Soil  Chemistry of Hazardous Materials,   Columbus, OH: Charles E. Merrill Publishing Co., 1980,
              Silver Spring, MD: Hazardous Materials Control Research   pp.75-101,131-159.
              Institute, 1988.                        48.  Kiefner, J. F., “A Risk Management Tool for Establishing
           28.  Ductile  Iron  Pipe  Research  Association,  “Polyethylene   Budget  Priorities,”  presented  at  the  Risk  Assessment/
              EncasementBrochure,”Ply. Tech/l1-92/10M, Birmingham,   Management of Regulated Pipelines Conference, a NACE
              AL: Ductile Iron Pipe Research Association.   TechEdge Series Program, Houston, TX, February lGI2,
           29.  Esparza,  E.  D.,  et  al.,  Pipeline  Response  to  Buried   1997.
              Explosive Detonnzioiis. Vols.  I and 11,  Pipeline Research   49. Larsen, K., et al., “Mitigating Measures for Lines Buried in
              Committee  Final  Report  AGA  Project  PR-15-109,   Unstable  Slopes,”  Pipe  Line  Industv,  October  1987,
              Southwest Research Institute Final Report SWRI project   pp. 22-25.
              02-5567,American GasAssociation,August 1981.   50.  Leeds,  J.  M.,  “Interaction  between  Coatings  and  CP
           30.  Federal Register Rules and Regulations, Vol. 54, No. 155,   Deserves  Basic  Review,”  Pipeline  and  Gas  Industry,
              August  14,  1989, pp.  3342e33424, August  30,  1989,   March 1995.
              pp. 35989-35990.                        51. Lockbaum,  B.  S.,  “Cast  Iron  Main  Break  Predictive
           3 1.  Flinn, R. A,, and Trojan, P. K., Engineering Materials and   Models  Guide  Maintenance  Plans,” Pipe Line Industv,
              Their Applications,  3rd ed., Boston:  Houghton  Mifflin,   April 1994.
              1986,~~. 513-560.                       52.  Martinez,  F.  H.,  and  Stafford, S. W.  “EPNG  Develops
           32.  Galley, M., Think Reliability, Houston, TX , personal com-   Model to Predict Potential Locations for SCC,” Pipeline
              munications.                               Industry,  July 1994.
           33.  Gas  Research  Institute,  “Pipeline  Inspection  and   53.  McAllister, E., Pipeline Rules Thumb, 5th ed., Houston,
              Maintenance Optimization Program, PIMOS,” Final Report,   TX: Gulfpublishing Co., 1998.
              prepared by Woodward-Clyde Consultants, February 1998.   54.  Megill, R. E., An Introduction to Risk Analysis, 2nd ed.,
           34.  Gleick, J., Chaos, NewYork: Penguin Books, 1988.   Tulsa, OK: PennWell Books, 1984.
           35.  Golder and Associates, “Report on Hazard Study for the   55.  Memtt,  F.  S.,  Standard Handbook for  Civil Engineers,
              Bulk  POL  Facilities  in  the  POA  Area,”  prepared  for   New York: McGraw-Hill, 1976, Sec. 2 1.
              Municipality  of Anchorage  POL Task  Force, August  9,   56.  Microsoft Encarta and various Internet sources in the edu-
              2002.                                      cation field.
           36.  “Government Guidelines:  State and  Federal  Regulatory   57.  Miller,  P.  O.,  et  al.,  “Dealing  with  Risk,”  Canberra,
              Briefs,” Pipeline and Gas Journal, May 1995.   Australia: The Institution of Engineers, March 1993.
           37.  Greenwood, B.,  Seeley, L., and Spouge, J.,  “Risk Criteria   58. Morgan, B., “The Importance of Realistic Representation
              for Use in Quantitative Risk Analysis.”    of  Design  Features  in  the  Risk  Assessment  of  High-
           38.  Gummow,  R.,  Wakelin,  R.,  and  Segall,  S.,  “AC   Pressure Gas Pipelines,” presented at Pipeline Reliability
              Corrosion-A   New Threat  to  Pipeline  Integrity?’  pre-   Conference, Houston, TX, September 1995.
              sented at ASME International Pipeline Conference, 1996.   59.  Morgan, B., etal., “An Approach to the RiskAssessment of
           39.  Hanna, S. R., and Drivas, P. J., Guidelines for Use ofkpor   Gasoline  Pipelines,”  presented  at  Pipeline  Reliability
              Cloud Dispersion Models, New York: American Institute   Conference, Houston, TX, November 1996.
              of Chemical Engineers, 1987.             60.  Moser, A. P, Buried Pipe Design, New York: McGraw-
            40.  Huges, D.,  Assessing the Future: Water Utility Infrastructure   Hill, 1990.
              Management, American Water Works Association, 2002,   61.  Engberg, D. J., “Multiobjective Programming Models for
              Chap. 12.                                  the  Planning  of  Offshore  and  Onshore  Natural  Gas
            41.  Huges, D., Assessing the Future: Water Uiilitylnfastruciure   Pipeline  Systems,”  Ph.D.  dissertation,  Johns Hopkins
              Management, American Water Works Association, 2002,   University, Baltimore, MD, 1980.
              Chap. 13.                                62.  NACE,  “Recommended   Practice:  Mitigation  of
            42.  Huges, D.. Assessing the Future: Water Utility Infrastructure   Alternating  Current and  Lightning  Effects  on  Metallic
              Management, American Water Works Association, 2002,   Structures  and  Corrosion  Control  Systems.  National
              Chap. 23.                                  Association of Corrosion Engineers,” NACE Standard RP-
            43.  Jaques,  S., “NEB Risk Analysis  Study, Development of   01-77 (1 983 Revisions), Item No. 53039.
              fisk  Estimation  Method,”  National  Energy  Board  of   63.  National  Energy  Board,  “Report  of  the  Inquiry:  Stress
              Canada report, April 1992.                 Corrosion Cracking on Canadian Oil and Gas Pipelines,”
            44.  Pluss,  C.,  Niederbaumer,  G.,  and  Sagesser,  R.,  “Risk   Report MH-2-95. November 1996.
              Assessment ofthe Transitgas Pipeline,” Journal of Pipeline   64.  National  Transportation  Safety  Board,  “Protecting
              Integrity, September 2002.                 Public  Safety through  Excavation Damage  Prevention,”
            45.  Kaplan,  S., “The  General  Theory  of  Quantitative  Risk   Safety Study NTSB/SS-97/01,  Washington, DC: NTSB,
              Assessment,”  in  Proceedings  of  Fph  Conference  on   1997.
              Risk Based Decision Making in  Water Resources, ASCE,   65.  Naylor, C. E.,  and Davidowitz, D.,  “Brittle Behavior of
               1991.                                     Pipelines,” 94-DT-016.
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