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Showing 1 to 8 of 8 for “"solidification cracking"”.

  1. Solidification cracking resistance of high strength aluminum alloys

    … Hence the evaluation of fracture toughness (cracking resistance) at different parts of ingot is very much essential to understand the propagation of cracks in ingots.;The objective of this research was to determine the cracking resistance of Al 2024 (Al-Cu-Mg) and Al 3004 (Al-Mn-Mg) alloys …

    wvu Repository record for Solidification cracking resistance of high strength aluminum alloys (opens in a new tab)

  2. The Effects of Composition on Weld Solidification Cracking in Low Alloy High Tensile Steels

    … of the effects of material composition on weld solidification cracking in the TIG arc welding of thin alloy steel sheet. The main points of this study included the effects of - oxygen, manganese, Mn/S and 0/S ratios on the sulphur induced cracking, and the possibility of predicting crack …

    aston Repository record for The Effects of Composition on Weld Solidification Cracking in Low Alloy High Tensile Steels (opens in a new tab)

  3. Investigation of Weldability in High-Cr Ni-base Filler Metals

    … been affected by primary water stress corrosion cracking. During welding, defects may result from super-solidus and sub-solidus cracking phenomena. The ability to evaluate and quantify the degree to which a given alloy is susceptible to each cracking mechanism is of great importance in alloy …

    ohiolink Repository record for Investigation of Weldability in High-Cr Ni-base Filler Metals (opens in a new tab)

  4. Elemental Effects of Fe, Mo, C, and Hf (or Nb) on Solidification Behavior, Microstructure, and Weldability of High-Cr, Ni-base Filler Metals

    … primary water stress corrosion and ductility-dip cracking in Ni-Cr-Fe base materials and filler metals has led to increased Cr, Nb, and Mo contents in these alloys, respectively. Nb additions however, have resulted in a significant increase in the solidification cracking susceptibility of …

    ohiolink Repository record for Elemental Effects of Fe, Mo, C, and Hf (or Nb) on Solidification Behavior, Microstructure, and Weldability of High-Cr, Ni-base Filler Metals (opens in a new tab)

  5. Expanding the Portfolio of Additive Manufacturing Capabilities through Advanced Processing Techniques

    … seen in beam-based metal AM are common causes of solidification cracking and anisotropic mechanical properties. Various studies have shown approaches to address the processing defects and material anisotropy in powder-based AM, such as creating AM-specific alloy materials or decorating the …

    cornell Repository record for Expanding the Portfolio of Additive Manufacturing Capabilities through Advanced Processing Techniques (opens in a new tab)

  6. High temperature cracking of nickel chromium austenitic steels.

    … detailed classification of high temperature weld cracking is proposed. Two major types of cracking are recognised: Type 1 - separations along boundaries decorated with liquated second phase resulting from microsegregation, (solidification cracking in the weld metal and liquation cracking in the …

    sheffield-hallam Repository record for High temperature cracking of nickel chromium austenitic steels. (opens in a new tab)

  7. Directed energy deposition of tool steel/copper alloy multi-material structures

    … nickel buffer (H13/Ni/CuBe), aiming to minimize cracking issues. The morphology of single-track, single-layer, and multi-layer specimens is analyzed. The microstructure of deposited specimens is also investigated, along with its mechanical and thermal properties, such as microhardness, wear …

    trento Repository record for Directed energy deposition of tool steel/copper alloy multi-material structures (opens in a new tab)