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Drop-Weight Test for Determination of Nil-Ductility Transition Temperature: User's Experience with ASTM Method E 208 Holt JM Pages: 197       Published: 1986

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Table of Contents

Effect of the Brittle-Bead Welding Conditions on the Nil-Ductility Transition Temperature
Ando Y, Ogura N, Susukida H, Satoh M, Tanaka Y, Ando E

Evaluation of Valid Nil-Ductility Transition Temperatures for Nuclear Vessel Steels
Satoh M, Funada T, Tomimatsu M

Effect of Crack-Starter Bead Application on the Drop-Weight NDT Temperature
Onodera S, Ohnishi K, Tsukada H, Suzuki K, Iwadate T, Tanaka Y

Influence of the Crack-Starter Bead Technique on the Nil-Ductility Transition Temperature of ASTM A572 Grade 55 Hot-Rolled Plate
Lundin CD, Merrick EA, Kruse BJ

Effect of the Heat-Affected Zone at the Crack-Starter Bead on the Nil-Ductility Transition Temperature of Steels Determined by the Drop-Weight Test
Koshizuka N, Enami T, Tanaka M, Hiro T, Kusuhara Y, Fukuda H, Yoshimura S

Drop-Weight NDT Temperature Test Results for Five Heats of ASTM A517 Steel
Hartbower CE

Drop-Weight Testing of Nonstandard Geometries
Low SR, Early JG

NDTT, RT, and Fracture Toughness: A Study of Their Interrelationships Using a Large Data Base and Computer Models
Oldfield W, Server WL

Fracture Mechanics Interpretation of the Drop-Weight NDT Temperature
Sumpter JDG

Author Index


Subject Index


Committee: E28
Paper ID: STP919-EB
DOI: 10.1520/STP919-EB

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STP919-EB