Relativistic plasma astrophysics with intense lasers

Year
2013
Type(s)
Author(s)
Peter Adams
Source
High Energy Density Physics, Volume 17, Part A, December 2015, Pages 146-150
Url
https://doi.org/10.1080%2F09507111003655382

The purpose of this work is to investigate the effects of activating fluxes and welding parameter to the penetration and depth-to-width ratio (DWR) of weld bead of Inconel 718 alloy welds in the tungsten inert gas (TIG) welding process. In the activating flux with TIG (A-TIG) welding process, the single-component fluxes used in the initial experiment were SiO2, NiO, MoO3, Cr2O3, TiO2, MnO2, ZnO, and MoS2. Based on the higher DWR of weld bead, four fluxes were selected to create six new mixtures using 50% of each original flux. The A-TIG weldment coated 50% SiO2 + 50% MoO3 flux and 75° of electrode tip angle were provided with better welding performance. In addition, the experimental procedure of flux-bounded TIG (FB-TIG) welding with the same welding conditions and flux produced full penetration of weld bead on a 6.35 mm thickness of Inconel 718 alloy plate with single pass weld.

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Introduction

The purpose of this work is to investigate the effects of activating fluxes and welding parameter to the penetration and depth-to-width ratio (DWR) of weld bead of Inconel 718 alloy welds in the tungsten inert gas (TIG) welding process. In the activating flux with TIG (A-TIG) welding process, the single-component fluxes used in the initial experiment were SiO2, NiO, MoO3, Cr2O3, TiO2, MnO2, ZnO, and MoS2. Based on the higher DWR of weld bead, four fluxes were selected to create six new mixtures using 50% of each original flux. The A-TIG weldment coated 50% SiO2 + 50% MoO3 flux and 75° of electrode tip angle were provided with better welding performance. In addition, the experimental procedure of flux-bounded TIG (FB-TIG) welding with the same welding conditions and flux produced full penetration of weld bead on a 6.35 mm thickness of Inconel 718 alloy plate with single pass weld.

Results

The purpose of this work is to investigate the effects of activating fluxes and welding parameter to the penetration and depth-to-width ratio (DWR) of weld bead of Inconel 718 alloy welds in the tungsten inert gas (TIG) welding process. In the activating flux with TIG (A-TIG).

  1. Phasellus lectus sem, egestas eget sollicitudin ut, lobortis ac nulla. Phasellus lectus sem, egestas eget sollicitudin ut.p Phasellus lectus sem, egestas eget sollicitudin ut, lobortis ac nulla. Phasellus lectus sem, egestas eget sollicitudin ut.
  2. Phasellus lectus sem, egestas eget sollicitudin ut, lobortis ac nulla. Phasellus lectus sem, egestas eget sollicitudin ut.p Phasellus lectus sem, egestas eget sollicitudin ut, lobortis ac nulla. Phasellus lectus sem, egestas eget sollicitudin ut.
  3. Phasellus lectus sem, egestas eget sollicitudin ut, lobortis ac nulla. Phasellus lectus sem, egestas eget sollicitudin ut.p Phasellus lectus sem, egestas eget sollicitudin ut, lobortis ac nulla. Phasellus lectus sem, egestas eget sollicitudin ut.
  4. Phasellus lectus sem, egestas eget sollicitudin ut, lobortis ac nulla. Phasellus lectus sem, egestas eget sollicitudin ut.p Phasellus lectus sem, egestas eget sollicitudin ut, lobortis ac nulla. Phasellus lectus sem, egestas eget sollicitudin ut.

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