Search Results for slag

Fig. 5.18 Locations of slag inclusions in weld metal: (a) near the surface and in the root of a single-pass weld, (b) between weld beads in a multipass weld, and (c) at the side of a weld near the root. Source: Ref 5.9 More

Fig. 5.26 Effect of volumetric defects on fatigue: (a) slag inclusion in butt weld, and cracking from weld toe; (b) porosity in butt weld, and cracking from weld toe; and (c) transverse groove welds containing porosity. Source: Ref 5.11 More

Fig. 3 Sections showing locations of slag inclusions in weld metal. (a) Near the surface and in the root of a single-pass weld. (b) Between weld beads in a multiple-pass weld. (c) At the side of a weld More

Fig. 11 Effect of volumetric defects on fatigue. (a) Slag inclusion in butt weld. Cracking from weld toe. (b) Porosity in butt weld. Cracking from weld toe. (c) Transverse groove welds containing porosity More

Fig. 12.104 Pouring orientation options for a slag ladle weight 19,700 kg More

Fig. 7.10 Slag floating shapes of pouring cups More

Fig. 7.17 Runner slag trap More

Fig. 7.61 Slag inclusions in lathe bed slideways More

Fig. 36 (a) Representative view of large slag-type inclusions observed throughout the sample cross sections. Unetched. Original magnification: 100×. (b) View of the crack profile and slag-type inclusions observed adjacent to the cracking. Unetched. Original magnification: 100× More

Fig. 38 Etched condition showing tempered martensite microstructure and slag inclusion. Etched with 2% nital. Original magnification: 100× More

Fig. 8.4 As-polished specimen of wrought iron showing slag inclusions. 50× More

Fig. 8.54 An entrapped slag particle in a stainless steel weld. Differential interference contrast used to delineate the structure of the inclusion and surrounding stainless steel matrix. Unetched. 500× More

Fig. 2.9 Relationship between FeO in slag and end-of-blow C for different types of converters (different converters approach in different degrees the equilibrium of reactions 2a and 2b in Table 2.1 ). Source: Ref 11 More

Fig. 19 Effect of volumetric defects on fatigue. (a) Slag inclusion in butt weld. Cracking from weld toe. (b) Porosity in butt weld. Cracking from weld toe. (c) Transverse groove welds containing porosity. Source: Ref 16 More

Fig. 4.6 Micrograph showing typical slag inclusions in wrought iron. Original magnification: 500× More

Fig. 3 Sections showing locations of slag inclusions in weld metal. (a) Near the surface and in the root of a single-pass weld. (b) Between weld beads in a multiple-pass weld. (c) At the side of a weld near the root. Source: Ref 1 More

Fig. 13 Crevice corrosion under residual slag (S) in IN-135 weld metal after bleach plant exposure. Etched with glycergia. Source: Ref 4 More

Fig. 17 Sections showing locations of slag inclusions in weld metal. (a) Near the surface and in the root of a single-pass weld. (b) Between weld beads in a multipass weld. (c) At the side of a weld near the root. Source: Ref 14 More

Fig. 10 Crevice corrosion under residual slag (S) in IN-135 weld metal after bleach plant exposure. Etched with glycergia. Source: Ref 5 More

Fig. 14-6 Effect of slag basicity (V-ratio) and bath silicon on the retention of chromium in a reduced slag. (a) Rassbach and Saunders, (b) Taylor More