Search Results for product forms

Fig. 2.6 Typical glass fiber product forms More

Fig. 8.23 Product forms used in composites. Source: Ref 8.1 More

Fig. 2.1 Some titanium and titanium alloys product forms. (a) Strip. (b) Slab. (c) Billet. (d) Wire. (e) Sponge. (f) Tube. (g) Plate. Courtesy of Teledyne Wah Chang Albany More

Fig. 18.1 Product forms used in composites More

Fig. 20.18 Metal matrix composite monotape product forms More

Fig. 12.3 Aluminum product forms in the original Audi A8 from 1994 More

Fig. 8.26 Quick plastic forming process. (a) Schematic of production forming cell at General Motors. (b) Schematic of the heated tool. (c) Example formed production parts More

Fig. 5.31 Libra™ warp knitting machine and typical product form produced. Source: Ref 11 More

Fig. 6.34 (a) Scanning electron backscattered image of the corrosion products formed on alloy AC66 tested at 800 °C for 300 h in air-2Cl 2 and the x-ray maps showing elemental distribution for (b) chlorine, (c) chromium, (d) oxygen, (e) iron, and (f) nickel. Source: Ref 42 More

Fig. 6.35 (a) Scanning electron backscattered image of the corrosion products formed on alloy 690 tested at 800 °C for 300 h in air-2Cl 2 and the x-ray maps showing elemental distribution for (b) chlorine, (c) chromium, (d) iron, (e) oxygen, and (f) aluminum. Source: Ref 42 More

Fig. 6.37 (a) Scanning electron backscattered image of the corrosion products formed on alloy 59 tested at 650 °C for 300 h in air-2Cl 2 and the x-ray maps showing elemental distribution for (b) chromium, (c) chlorine, (d) molybdenum, (e) iron, (f) nickel, and (g) oxygen. Source: Ref 43 More

Fig. 6.38 (a) Scanning electron backscattered image of the corrosion products formed on alloy HR160 tested at 800 °C for 300 h in air-2Cl 2 , and the x-ray maps showing elemental distribution for (b) chromium, (c) chlorine, (d) silicon, (e) oxygen, and (f) nickel. Source: Ref 43 More

Fig. 5.21 X-ray diffraction profile for corrosion products formed on steel surface. Source: Ref 5.18 More

Fig. 1.5 North American light vehicle change in aluminum content by product form and metal source, 1999 to 2002 More

Fig. 9-16 The calculated amount of transformation product formed isothermally as a function of time, using the values of the nucleation rate N and the growth rate G noted. (From R.F. Mehl and W.C. Hagel, in Progress in Metal Physics , Vol 6, B. Chalmers and R. King, editors, Pergamon Press More

Fig. 13.21 Scanning electron micrographs showing (a) the corrosion products formed on the T-11 superheater tube sample at the tube bend ( Fig. 13.20 ) and (b) the corrosion products on area C at high magnification. EDX analysis showed essentially iron with tiny chromium peak. Area C showed More

Fig. 14.8 Corrosion products formed on the metal surface as well as internal corrosion products formed in alloy HR3C with no external strain imposed on the test specimen when tested at 600 °C (1110 °F) for 2100 h in CO-32H 2 -4CO 2 -0.2H 2 S. Note: the tested specimen surface was plated prior More

Fig. 10.12 (a) Kinematics of flexible roll forming. (b) Flexible roll-formed products. Source: Ref 10.18 More

Fig. 10.7 Flower diagram of a roll-formed product. Source: Ref 10.3 More