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- [21] THE PARTICLE-SIZE DISTRIBUTION, DENSITY, AND SPECIFIC SURFACE-AREA OF WELDING FUMES FROM SMAW AND GMAW MILD-STEEL AND STAINLESS-STEEL CONSUMABLESAMERICAN INDUSTRIAL HYGIENE ASSOCIATION JOURNAL, 1995, 56 (02): : 128 - 135HEWETT, P
- [22] INVESTIGATION OF THE EXPERIMENTAL INDUCTION OF HYPERSENSITIVITY IN THE GUINEA-PIG BY MATERIAL CONTAINING CHROMIUM, NICKEL AND COBALT FROM ARC-WELDING FUMESINTERNATIONAL ARCHIVES OF ALLERGY AND APPLIED IMMUNOLOGY, 1979, 59 (03): : 265 - 272HICKS, RHEWITT, PJLAM, HF
- [23] Investigation of the influence of the chemical composition of HSLA steel grades on the microstructure homogeneity during hot rolling in continuous rolling mills using a fast layer modelINTERNATIONAL CONFERENCE ON MATERIALS, PROCESSING AND PRODUCT ENGINEERING 2015 (MPPE2015), 2016, 119Schmidtchen, M.Rimnac, A.Warczok, P.Kozeschnik, E.Bernhard, C.Bragin, S.Kawalla, R.Linzer, B.
- [24] MEASUREMENT OF CHROMIUM-VI AND CHROMIUM-III IN STAINLESS-STEEL WELDING FUMES WITH ELECTRON-SPECTROSCOPY FOR CHEMICAL-ANALYSIS AND NEUTRON-ACTIVATION ANALYSISAMERICAN INDUSTRIAL HYGIENE ASSOCIATION JOURNAL, 1978, 39 (08): : 651 - 660LAUTNER, GMCARVER, JCKONZEN, RB
- [25] A Comparison of Cytotoxicity and Oxidative Stress from Welding Fumes Generated with a New Nickel-, Copper-Based Consumable versus Mild and Stainless Steel-Based Welding in RAW 264.7 Mouse MacrophagesPLOS ONE, 2014, 9 (06):Badding, Melissa A.Fix, Natalie R.Antonini, James M.Leonard, Stephen S.
- [26] INVESTIGATION OF WELDING PROCESSES OF MULTILAYER STRUCTURES COMPOSED FROM DIFFERENT CHEMICAL COMPOSITION CRYSTALLITES BY VACUUM HOT ROLLINGPROBLEMS OF ATOMIC SCIENCE AND TECHNOLOGY, 2005, (05): : 156 - +Borts, B., VVanzha, A. F.Lopata, A. T.Neklyudov, I. M.Shevtchenko, S., V
- [27] Investigation of Corrosion Inhibition of Mild Steel in 0.5 M H2SO4 with Lachancea fermentati Inhibitor Extracted from Rotten Grapefruits (Vitis vinifera): Adsorption, Thermodynamic, Electrochemical, and Quantum Chemical StudiesACS PHYSICAL CHEMISTRY AU, 2023, 4 (01): : 67 - 84Tamilselvi, BaluchamyBhuvaneshwari, Durvas SeshianKaruppasamy, PeriyakaruppanPadmavathy, SethuramasamyNikhil, SanthoshSiddegowda, Surendra BoppanahalliMurthy, H. C. Ananda
- [28] Q: We fabricate a lot of carbon steel pipes. Occasionally we get a job that uses carbon steel pipes lined with stainless steel. Sometimes the liner is 304L, sometimes 316L. Since the pipes have a relatively small diameter, they can only be welded from the outside. In preparing the joint, we peel back the carbon steel to expose the stainless in the root area, then weld the root and one or two more layers with gas tungsten arc welding (GTAW) using 309L (for a 304L liner) or 309LMo (for a 316L liner) filler metal, and argon backing gas. We finish the joint with 309L or 309LMo covered electrodes or flux core. This seems like a waste of expensive filler metal. After we get the stainless steel root pass in place, why not finish with carbon steel filler metal?WELDING JOURNAL, 2018, 97 (03) : 22 - 23Kotecki, Damian J.
- [29] We fabricated a large heat exchanger header from heavy-wall ASTM A358 Type 321H stainless steel pipe and ASTM A182 Type 321H forgings, using E347-16 covered electrodes. After welding, we performed a stabilization heat treatment at 900°C (1650°F) for 4 h. After the heat treatment, we found cracks, mostly close to the fusion boundary in the heavy-wall pipe. What happened? We will have to repair the header and again perform the stabilization treatment. What can we do differently to assure this cracking will not happen again?WELDING JOURNAL, 2009, 88 (11) : 18 - +Kotecki, Damian J.