Catastrophic failure of a polypropylene tank Part i: primary investigation
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OpenAlex topics: Risk and Safety Analysis · Marine and Offshore Engineering Studies · Structural Integrity and Reliability Analysis
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References (11)
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1. Forbes L. Plastics now set the standards for tanks. Process Industry Journal Nov/Dec 1989.
2. Kieselbach R. Bursting of a silo. Engineering Failure Analysis 1997;4:49.10.1016/S1350-6307(96)00026-X ↗
3. DVS 2205 is published by the publishing arm of the German Welding Institute (Deutscher Verlag für Schweiitechnik, or DVS).
4. Roarks Formulas for stress and strain. 6th ed. 1989. p. 516.
5. Langes Handbook of chemistry. 10th ed. p. 1150.
6. Peterson RE. Stress concentration factors. 1974. Figure 128. p. 195; also in Pilkey WD Petersons stress concentration factors. 2nd ed. Chart 4.50 1997.
7. Ezrin M. Plastics failure guide: cause and prevention. Hanser, 1996. section10.5.2, p. 345 ff.
8. Hertzberg RW, Manson JA. Fatigue testing. Plastics World May (1977);50–53.
9. Forbes K, McGregor A, Turner S. Design of fluid storage tanks from polypropylene. Brit Chem Engng October 1970.
10. Forbes Plastics Ltd. A Guide to DVS 2205. Denver, Downham, Norfolk PE38 0DR, 1993.
11. Forbes L. Risk assessment of tanks. Water and Waste Treatment March (1993).