Search Results - "Lippold, J. C."

High temperature behavior of Ni-base weld metal: Part II – Insight into the mechanism for ductility dip cracking by Ramirez, A.J, Lippold, J.C

“…The ductility dip cracking susceptibility of two Ni-base filler metals, Filler Metal 52 (59%Ni–29%Cr–9%Fe–1%Mn–1%Al) and Filler Metal 82…”
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The relationship between chromium nitride and secondary austenite precipitation in duplex stainless steels by RAMIREZ, A. J, LIPPOLD, J. C, BRANDI, S. D

“…A detailed investigation of the early stages of secondary austenite precipitation in five duplex stainless steel (DSS) commercial alloys (UNS S32304, S32205,…”
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High temperature behavior of Ni-base weld metal: Part I. Ductility and microstructural characterization by Ramirez, A.J, Lippold, J.C

“…The ductility dip cracking resistance of two Ni-base Filler metals, Filler Metal 52 (FM-52) (59%Ni–29%Cr–9%Fe–1%Mn–1%Al) and Filler Metal 82 (FM-82)…”
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Physical Simulation of Deformation and Microstructure Evolution During Friction Stir Processing of Ti-6Al-4V Alloy by Babu, S. S., Livingston, J., Lippold, J. C.

“…The feasibility of using high-strain rate (1.475 to 3.942 s −1 ) hot-torsion testing with a Gleeble ® thermomechanical simulator was demonstrated for…”
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The effect of annealing twin-generated special grain boundaries on HAZ liquation cracking of nickel-base superalloys by Qian, M., Lippold, J.C.

“…The susceptibility to weld heat-affected-zone (HAZ) liquation cracking of wrought Waspaloy and Alloy 718 was quantified by using hot ductility testing. The…”
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Effect of niobium on the microstructure and properties of submerged arc welds in HSLA steel by Patterson, T., Lippold, J. C.

“…High-strength low-alloy or microalloyed steels are thermo-mechanically control processed (TMCP) to achieve desired microstructures and mechanical properties,…”
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The effect of rejuvenation heat treatments on the repair weldability of wrought Alloy 718 by Qian, M, Lippold, J.C

“…Extensive precipitation of needle- and plate-shaped δ-phase in the γ-nickel matrix of wrought Alloy 718 is the major microstructural change resulting from…”
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Corrosion resistance of welds in type 304L stainless steel made with a nickel–copper–ruthenium welding consumable by Liang, D., Sowards, J.W., Frankel, G.S., Alexandrov, B.T., Lippold, J.C.

“…Ni–Cu–Pd welding consumables have been recently developed for 300-series austenitic stainless steels such as Type 304L (SS304L) to reduce the amount of Cr(VI)…”
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Investigation of grain refinement during a rejuvenation heat treatment of wrought Alloy 718 by Qian, M., Lippold, J.C.

“…The grain refinement resulting from a rejuvenation heat treatment (RHT) of Alloy 718 was investigated by using both metallographic analysis and orientation…”
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Welding Engineering at Ohio State University—75 years by Lippold, J. C., Phillips, D. H.

“…This paper celebrates the 75-year history of the OSU Welding Engineering program. It includes a brief history of the program, details regarding the academic…”
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Development of a chromium-free consumable for austenitic stainless steels-Part 1: Monel (alloy 400) filler metal by KIM, Y. H, FRANKEL, G. S, LIPPOLD, J. C, GUAYTIMA, G

“…During fusion welding of stainless steels and other high-Cr alloys, evaporation and oxidation of Cr from the molten weld pool result in the generation of…”
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The International Institute of Welding: 75 years by Lippold, J. C., Egerland, S., Shaw, R., Raufelder, E.

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Self-restrained testing for residual stress driven cracking in nickel-based alloys by Tung, D.C., Lippold, J.C.

“…The use of nickel-based superalloys in the hottest sections of coal-fired power plants would enable efficiency gains and emissions reductions. In order to…”
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The development of a high-chromium, nickel-base consumable-filler metal 52XL-for nuclear applications by Fink, C., Hope, A. T., McCracken, S. L., Lippold, J. C.

“…This paper describes a filler metal development project designed to identify a Ni-30Cr consumable that exhibits resistance to both weld solidification and…”
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Weldability testing to understand composition effects on eutectic backfilling in Ni-30Cr alloys by Wheeling, R. A., Lippold, J. C.

“…Using Ni-30 wt% Cr in nuclear power reactors requires compatible fillers to ensure reliable welded joints. The high chromium content provides resistance to…”
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Microstructure evolution during service exposure of two cast, heat-resisting stainless steels — HP–Nb modified and 20–32Nb by Shi, S., Lippold, J.C.

“…The repair weldability of two types of heat-resistant austenitic stainless steel castings, HP–Nb modified alloys and 20–32Nb alloys, has been evaluated after…”
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Precipitation behavior and hardness response of Alloy 625 weld overlay under different aging conditions by Dai, T., Wheeling, R. A., Hartman-Vaeth, K., Lippold, J. C.

“…The hardness response of Alloy 625 weld overlay on low alloy steel was evaluated under a range of aging conditions to determine how the properties of the…”
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Detailed Microstructural Characterization and Restoration Mechanisms of Duplex and Superduplex Stainless Steel Friction-Stir-Welded Joints by Santos, T. F. A., Torres, E. A., Lippold, J. C., Ramirez, A. J.

“…Duplex stainless steels are successfully used in a wide variety of applications in areas such as the food industry, petrochemical installations, and sea water…”
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Development of a chromium-free consumable for austenitic stainless steels-Part 2: Optimization of alloy composition based on corrosion behavior by KIM, Y. H, FRANKEL, G. S, LIPPOLD, J. C

“…The effects of alloying elements on the corrosion properties of Ni-Cu alloy were investigated to optimize the composition of a Cr-free consumable for the…”
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Development of a Chromium-free Consumable for Austenitic Stainless Steels: Effect of Dilution and the Behavior of Bead-on-plate Welds by Kim, Yeong Ho, Frankel, G. S., Lippold, J. C.

“…A Ni–10Cu–1Pd alloy was studied as a potential Cr-free consumable for welding austenitic stainless steels. The corrosion behavior of as-cast buttons with this…”
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