Search Results for microstructure development

Fig. 3.5 Cooling routes and microstructure development in AHSS. Source: Adapted from Ref 3.3 More

Fig. 20.14 Microstructure development in low-carbon steels. Source: Ref 15 More

Fig. A3 Microstructure development for a 5 wt% germanium and aluminum-germanium alloy More

Fig. A5 Microstructure development for a 20 wt% germanium and aluminum-germanium alloy More

Fig. A7 Microstructure development of a 51.6 wt% germanium and aluminum-germanium alloy More

Fig. A9 Microstructure development for an 80 wt% germanium and aluminum-germanium alloy More

Fig. A11 Microstructure development for an 85% zinc and aluminum-zinc alloy More

Fig. A15 Microstructure development for an 85 wt% manganese and copper-manganese alloy More

Fig. A19 Microstructure development of a 0.25 wt% carbon steel More

Fig. A21 Microstructure development for a 1 wt% carbon steel More

Fig. A25 Microstructure development for a 0.25 wt% carbon steel from 1700 to 1250 °C (3090 to 2280 °F) More

Fig. A27 Microstructure development during the solidification of a 0.75 wt% carbon steel from 1700 to 1300 °C (3090 to 2370 °F) More

Fig. A29 Microstructure development of a 3.5 wt% carbon cast iron More

Fig. A31 Microstructure development of a 4.75 wt% carbon cast iron More

Fig. A36 Microstructure development of an 88 wt% manganese and copper-manganese alloy More

Fig. A38 Microstructure development of a 20 wt% tin and copper-tin alloy More

Fig. A40 Microstructure development of a 10 wt% manganese and iron-manganese alloy More

Fig. A42 Microstructure development of a 20 wt% gallium and iron-gallium alloy More

Fig. 3.7 Cooling routes and microstructure development in advanced high-strength steels. TRIP, transformation-induced plasticity. Adapted from Ref 3.7 More

Fig. 14.9 Transmission electron micrograph of spinodal microstructure developed in a 66.3Cu-30Ni-2.8Cr (wt%) alloy during slow cooling from 950 °C (1740 °F). The microstructure is homogeneous up to the grain boundary indicated by the arrow. Original magnification: 35,000×. Source: Ref 14.6 More