Fig. C Water intake gate structures at Niagara Power Project, Niagara Falls, New York. The 100 foot high structure was sheathed with stainless steel. Source: New Horizons in Architecture with Stainless Steel , American Iron and Steel Institute, 1965, with permission More

Fig. 11.3 Laser projection location. Source: Laser Projection Technologies, Inc. More

Fig. 17.43 Liquidus surface projection in the iron rich corner of the Fe-C-P phase diagram. The binary eutectic α-Fe 3 P (steadite) is indicated as E b . The ternary eutectic is indicated as E 1 . Source: Ref 32 More

Fig. 3.8 Development of weld nugget during projection welding of embossed spherical projections. Source: Ref 3.4 More

Fig. 2.50 Liquidus projection of the Au-Pb-Sn ternary system. The first phase to form on solidification is labeled for each phase field. The 4% Au isoconcentration line is marked on the figure as is the tie line between lead-tin eutectic solder and pure gold. A concentration of 4% gold More

Fig. 1.1 Historical and projected North American light vehicle production from 2006–2016. Data is from 2011; data forecast from 2012 is 750,000 units higher per year than shown. Source: Global Insight, Ref 1.1 More

Fig. 1.18 Historical and projected content of AHSS, HSS, and bake-hardenable (BH) steels in North American vehicles from 1975–2015. Source: Ref 1.18 More

Fig. 11.22 Historical and projected AHSS content in North American light vehicles (trend line only). Source: Ref 11.1 More

Fig. 13.6 Partnership linkages for Auto/Steel Partnership (ASP) projects. Source: Ref 13.3 More

Fig. 8.33 Projections of iso-concentration surfaces (surfaces with the same concentration of solute) in a dendrite in low alloy steel. If the position of these surfaces (or lines, in a plane section) are determined via chemical etching or an analytical method, the dendritic structure is more More

Fig. 11.21 (a) Effect of the inclusion projected length on the tested area on the energy absorbed in the upper shelf of Charpy-V impact tests for a C-Mn structural steel for different specimen orientations. (b) Nomenclature adopted for planes and directions used in the characterization shown More

Fig. 5.4 Fractured-area-projection plot. Source: Ref 11 More

Fig. 11.8 Evolution of alloys developed to support new aircraft projects. Source: Ref 11.1 More

Fig. 2.24 Liquidus projection of the aluminum-copper-silicon-nickel quaternary system at 20% copper More

Fig. 2.36 Isothermal projection of the Ag-Au-Cu phase diagram at 700 °C (1290 °F). A hypothetical tie line is shown linking the compositions of the two conjugate phases formed by reaction of the Ag-28Cu braze with a thin gold metallization. More

Fig. 23.4 Projections of the liquidus and solidus surfaces of the Fe-Cr-Ni ternary system. Source: Ref 23.3 More

Fig. 8 Good design practice for holes and projections in injection-molded parts More

Fig. 5.4 Principle of laser ply projection. Source: Ref 1 More