Welding characteristics of heavy-gauge plates for nuclear vessels

References

• EPRI . 1982 . ‘EPRI research and development projects’ EPRI TI-2800-SR
   Google Scholar
• UKAEA . 1982 . ‘An assessment of the integrity of PWR pressure vessels’ Second report by a Study Group under the Chairmanship of Dr W Marshall, CBE, FRS
   Google Scholar
• Borgese , D , Pascali , R and Regis , V . May 1985 . ‘ENEL research in the field of materials for nuclear uses’ May , AIM/CMN Symposia ‘Semi-finished products and components for the power industry’. Terni
   Google Scholar
• Ragazzoni , S . August 1986 . ‘ENEL R & D activities on structural integrity’ August , ENEL/CRTM/STM report G11/86/01/MI
   Google Scholar
• Barbesino , F , Fossati , C and Ragazzoni , S . . ‘Static and dynamic fracture toughness characterisation of SA508 forging and SA533B welded plate’ . 5th Int Conf on Pressure Vessel Technology . San Francisco.
   Google Scholar
• 1977 . ASME Boiler and Pressure Vessels Code , New York : American Society of Mechanical Engineers . Section IX
   Google Scholar
• ASTM . 1986 . ‘Standard test method for plane-strain fracture toughness of metallic materials’ E-399-83
   Google Scholar
• ASTM . 1986 . ‘Standard practice for determination of a fracture toughness of steels using equivalent energy methodology’ E992 – 84 .
   Google Scholar
• ASTM . 1982 . ‘Standard test method for Jlc, a measure of fracture toughness’ E813 – 81 .
   Google Scholar
• Fossati , C . 1980 . ‘Charpy: a data processing and plotting program for instrumented notch toughness tests’ CISE report NT 80.090
   Google Scholar
• Wullaert , R A , Olfield , W and Server , W L . April 1976 . ‘Fracture toughness data for ferritic nuclear pressure vessel materials’ , April , Effects Technology Inc. . Report prepared for EPRI
   Google Scholar
• Kobayashi , T . 1984 . ‘On the information about fracture characteristics obtained from instrumented impact test of A533 steel for reactor pressure vessels’ . Engineering Fracture Mechanics , 19 : 67 – 79 .
   Web of Science ®Google Scholar
• ASTM . 1981 . ‘Proposed standard method of test for instrumented impact testing of precracked Charpy specimens of metallic materials’ ASTM Task Group E 24.03.03
   Google Scholar
• Server , W L . 1975 . ‘Verification of the EPRI dynamic fracture toughness testing procedures’ ETITR 75-42
   Google Scholar
• Logsdon , W A and Begley , J A . 1977 . ‘Dynamic fracture toughness of SA533 grade A class 2 base plate and weldments’ , 477 – 492 . American Society for Testing and Materials . Flaw Growth and Fracture, ASTM STP 631
   Google Scholar
• Sakai , Y , Miya , K , Takahashi , I and Ando , Y . 1986 . ‘Properties of heavy section steel plates and forgings for nuclear vessels produced in Japan — Part 2 Fracture toughness’ . Int J Pressure Vessels and Piping , 22 : 79 – 109 .
   Google Scholar
• Angelino , G and Fossati , C . . ‘Dynamic elastic-plastic characterisation of nuclear pressure vessel material’ . 5th Int Conf on Fracture . Cannes.
   Google Scholar
• 1986 . ENEL-CRTN/CISE Data Base 900 order Final reports
   Google Scholar
• Milne , I and Curry , D A . . ‘Fracture toughness and crack growth resistance of submerged arc and manual arc weldments in A533 plate’ . 4th Int Conf on Pressure Vessel Technology . London.
   Google Scholar
• Kussmaul , K and Kraegeloh . 1972 . ‘Formation significance and evaluation of welding defects in pressure vessels’ , Toronto : IIW Annual Assembly .
   Google Scholar
• Hanninen , H , Aho-Mantila , I and Torrönen , K . February 1987 . ‘Environmental sensitive cracking in pressure boundary materials of light water reactors’ February , NEA/CSNI, WD39
   Google Scholar
• EPRI/BWROG . June 1982 . ‘Investigation of benefits of BWR oxygen control’ June , EPRI NP 2424-LD
   Google Scholar
• Gabetta , G and Rinaldi , C . 1986 . ‘Fractography of specimens tested at different frequencies’ ICCGR spring meeting, Fontainebleau
   Google Scholar