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Downloaded from Digital Engineering Library @ McGraw-Hill (www.digitalengineeringlibrary.com) Copyright 2004 The McGraw-Hill Companies. All rights reserved. Any use is subject to the Terms of Use as given at the website.

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When you re ready to deploy, you just click the Deploy button in the toolbar, as shown in Figure 2-6. I won t go through the deployment process in this chapter.

Downloaded from Digital Engineering Library @ McGraw-Hill (www.digitalengineeringlibrary.com) Copyright 2004 The McGraw-Hill Companies. All rights reserved. Any use is subject to the Terms of Use as given at the website.

tempered hardness, Rockwell C scale as-quenched hardness, Rockwell C scale tempering decrement, Rockwell C scale critical hardness for carbon content and tempering temperature, Rockwell C scale f = tempering factor of carbon content and tempering temperature A = sum of alloy increments, Rockwell C scale

= = = =

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From the appropriate figures for tempering for 2 hours at 1000 F, we have D = 5.4 (Fig. 33.3) B = 10 (Fig. 33.4) f = 0.34 (Fig. 33.5) AMn = 1.9 (Fig. 33.6) ASi = 0.7 (Fig. 33.7) A = 2.6

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From here on, you ll code your web service as it will be on the server. All examples are run on the local machine. As I said, you don t have to deploy anything on Google s servers until you re ready to release your code. Start by clicking the + button to create a new web application. You ll be prompted for a name and location, as shown in Figure 2-7.

The transition from Eq. (33.1) to Eq. (33.2) occurs at a Rockwell hardness determined by equating these two expressions: (RQ 5.4 10)0.34 + 10 + 2.6 = RQ 5.4 from which RQ = 19.3, Rockwell C scale. The softening at each station and corresponding ultimate tensile strength can be found using Eq. (33.1) or Eq. (33.2) as appropriate and converting RT to Brinell hardness and then to tensile strength or converting directly from RT to tensile strength. Table 33.5 displays the sequence of steps in estimating the softening due to tempering at each Jominy distance of interest. A shaft made from this material, quenched in oil (H = 0.35) and tempered for 2 hours at 1000 F would have surface properties that are a function of the shaft s diameter. Figures 33.8 through 33.11 express graphically and Tables 33.6 through 33.9 express numerically the equivalent Jominy distance for the surface and interior of rounds for various severities of quench. A 1-in-diameter round has a rate of cooling at the surface that is the same as at Jominy distance 5.1 (see Table 33.6). This means an as-quenched hardness of about 15.9 and a surface ultimate strength of about 105.7 kpsi. Similar determinations for other diameters in the range 0.1 to 4 in lead to the display that is Table 33.10. A table such as this is valuable to the designer and can be routinely produced by computer [33.5]. A plot of the surface ultimate strength versus diameter from this table provides the 1000 F contour shown in Fig. 33.12. An estimate of 0.2 percent yield strength at the surface can be made (after Ref. [33.4], p. 191): Sy = [0.92 0.006(Rmax RQ)]Su (33.3)

The quench severity H is the ratio of the film coefficient of convective heat transfer h [Btu/(h in2 F)] to the thermal conductivity of the metal k [Btu/(h in F)], making the units of H in 1.

Downloaded from Digital Engineering Library @ McGraw-Hill (www.digitalengineeringlibrary.com) Copyright 2004 The McGraw-Hill Companies. All rights reserved. Any use is subject to the Terms of Use as given at the website.

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FIGURE 33.3 Hardness decrement D caused by tempering for unhardened steel. (From [33.4] with permission of Pitman Publishing Ltd., London.)

When you click the Create button, GoogleAppEngineLauncher will create the web application folder containing three files: app.yaml: Your application configuration file main.py: Your web application s main code file index.yaml: An automatically generated file that you can ignore for now If you have a text editor that can open directories, you can simply click the Edit button in the toolbar (see Figure 2-8) and have all files ready for you to read and edit. In TextMate, it looks like Figure 2-9.

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