Fig. 11.5 (Part 1) Friction butt weld of mild steel to mild steel (0.15% C, 0.15C-0.20Si-0.56Mn, wt%) bar. (a) Weld region. 5% nital. 2×. (b) Weld region. Arrow indicates approximate position of the weld interface. 3% nital. 100×. (c) Fully austenitized zone immediately adjacent to weld More

Fig. 11.5 (Part 2) Friction butt weld of mild steel to mild steel (0.15% C, 0.15C0.20Si-0.56Mn, wt%) bar. (a) Weld region. 5% nital. 2×. (b) Weld region. Arrow indicates approximate position of the weld interface. 3% nital. 100×. (c) Fully austenitized zone immediately adjacent to weld More

Fig. 11.6 (Part 1) Friction butt weld of mild steel to mild steel (0.15% C) bar. The structure of unaffected parent metal was similar to that shown in Fig. 11.5 (Part 2) (f) . Its hardness was 190 HV. (a) Weld region. 2% nital. 2×. (b) Weld region. Picral. 100×. (c) Central region More

Fig. 11.6 (Part 2) Friction butt weld of mild steel to mild steel (0.15% C) bar. The structure of unaffected parent metal was similar to that shown in Fig. 11.5 (Part 2) (f) . Its hardness was 190 HV. (a) Weld region. 2% nital. 2×. (b) Weld region. Picral. 100×. (c) Central region More

Fig. 4.30 Comparison of limited drawing ratio of mild steel and AHSS steel ( Ref 4.26 ) More

Fig. 18.9 Erosion-corrosion of mild steel. Source: Ref 3 More

Fig. 6.62 Corrosion rates of mild steel, Type 304SS, and alloy 800 in 80HCl-20H 2 O at 300 to 600 °C (570 to 1110 °F). Source: Ref 60 More

Fig. 6.7 Comparison of forming limit diagrams for mild steel, DP 600, and CP 800 steels. Source: Ref 6.3 More

Fig. 8.3 Engineering stress-strain curves for MS steels compared to mild steel. Source: Ref 8.2 More

Fig. 8.4 True stress-strain curves for MS steels compared to mild steel. Source: Ref 8.2 More

Fig. 11.7 Friction butt weld of mild steel (0.15% C) to 18-8 austenitic stainless steel bars, (a) Weld region. 2% nital. 2×. (b) Weld junction. Picral. 100×. (c) Weld junction. Picral. 1000×. (d) Region adjacent to weld junction. Picral. 1000×. More

Fig. 8.19 Change in volume percent AlN as a function of temperature in mild steel containing 0.01% N and Al as shown. Grain-coarsening temperatures are marked by arrows. Source: Ref 8.32 More

Fig. 5.1 (Part 1) Rimming grade 0.2% C mild steel. (a) Hot-rolled bar. Ammonium persulfate. 2×. (b) Hot-rolled bar. Oberhoffer. 2×. (c) Hot-rolled bar. Sulfur print (reproduction). 2×. (d) 0.20C-0.004Si-0.45Mn-0.033S-0.016P (wt%). Rim region. 120 HV. 10 vol% pearlite. Picral. 100×. (e More

Fig. 5.1 (Part 2) Rimming grade 0.2% C mild steel. (a) Hot-rolled bar. Ammonium persulfate. 2×. (b) Hot-rolled bar. Oberhoffer. 2×. (c) Hot-rolled bar. Sulfur print (reproduction). 2×. (d) 0.20C-0.004Si-0.45Mn-0.033S0.016P (wt%). Rim region. 120 HV. 10 vol% pearlite. Picral. 100×. (e More

Fig. 5.2 Semikilled mild steel plate. (a) 0.2% C semikilled, ordinary grade (0.22C-0.06Si-0.70Mn, wt%). As-rolled: center of 12.5 mm thick plate. 20 vol% pearlite. Picral. 100×. (b) 0.2% C semikilled, ordinary grade (0.22C-0.06Si-0.70Mn, wt%). As-rolled: center of 12.5 mm thick plate. 20 More

Fig. 5.3 (Part 1) Fully killed continuous cast mild steel (0.15% C). (a) 0.15C-0.15Si-0.8Mn-0.02S-<0.01P (wt%). Hot-rolled bar, transverse section. 2% nital (central region of a transverse section). 35×. (b) 0.15C-0.15Si-0.8Mn-0.02S-<0.01P (wt%). Hot-rolled bar, transverse section More

Fig. 7 Erosion-corrosion of mild steel. Source: Ref 5 More

Fig. 5.7 Polarization curves for mild steel in boiling NaOH solutions of various strengths. (Redrawn from Ref 7 ) More

Fig. 2.67 Changes in engineering stress-strain curves of mild steel with temperature. Source: Ref 2.2 More

Fig. 4.14 Stress–strain curves for mild steel and gray iron. Source: Ref 1 More