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FIGURE 33.8 Location on end-quenched Jominy hardenability specimen corresponding to the surface of round bars. (From [33.4] with permission of Pitman Publishing Ltd., London.)

Once the LSU, or sensing head, is mounted on the mast, run the coax cable inside to the BASIC STAMP 2 display board. Note: Connect the shield or outer conductor to the nega-

33.15 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.

FIGURE 33.9 Location on end-quenched Jominy hardenability specimen corresponding to 80 percent from center of round. (From [33.4] with permission of Pitman Publishing Ltd., London.)

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where percent boron is less than about 0.002. The calculation for ideal critical diameter DI is DI = 0.197(3.98)(1.18)(2.08)(1.20)(1.60)(1.00) = 3.70 in The meaning of DI is that it describes the largest diameter of a round that has at least 50 percent martensite structure everywhere in the cross section and exactly 50 percent at the center. The surface hardness of quenched steels is independent of alloy content and a function of carbon content alone. The Rockwell C-scale hardness is approximated by 32 + 60(%C), although it is not a strictly linear relationship ([33.4], p. 88. For the 8640 steel, the hardness at Jominy distance 1 is estimated to be 32 + 60(0.40) or 56 Rockwell C scale. The ratio of initial hardness (distance 1), denoted IH, to distant hardness (at any other Jominy distance), denoted DH, is available as a function of the ideal critical

Back in GoogleAppEngineLauncher, start the application by clicking the Run button in the toolbar (as shown earlier in Figure 2-8). Then click the Browse icon and admire the result, as shown in Figure 2-10.

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.

tive terminal on P1 and the center conductor to the positive terminal. Apply power to the STAMP 2 display board. Next, connect a programming cable between your personal computer and the STAMP display board on pins 1 through 4 of the STAMP 2. Once the programming cable is hooked up, you will need to go to the STAMP 2 program directory and start up the STAMP 2 Windows editor titled STAMPW.EXE. Lastly, you will need to download the BSLAM.BS2 lightning activity display program (Listing 7-1) into the BASIC STAMP 2. Once this task has been completed your lightning activity monitor is ready to go to work for you! Once the program has been loaded to the lightning activity monitor and the program installed, all eight display LEDs should light up and then go out one by one to verify circuit operation. Next, hold the lightning simulator within a few inches of the LSU and spark the igniter. Within a few seconds, one or more LEDs should light up. Now wait for a thunderstorm and watch the LEDs light up!

FIGURE 33.10 Location on end-quenched Jominy hardenability specimen corresponding to 50 percent from the center of round bars. (From [33.4] with permission of Pitman Publishing Ltd., London.)

diameter and the Jominy distance (Fig. 33.15). For the 8640 steel the Jominy hardnesses are estimated as displayed in Table 33.12. The Rockwell C-scale hardness is plotted against Jominy distance in Fig. 33.16, upper contour. The softening due to 2 hours of tempering at 1000 F can be estimated as before using the addition method of Crafts and Lamont. The A term is evaluated as follows: D = 5.31 (Fig. 33.3) B = 9.90 (Fig. 33.4) f = 0.34 (Fig. 33.5) AMn = 2.25 (Fig. 33.6) ASi = 1.13 (Fig. 33.7) ACr = 2.59 (Fig. 33.17) ANi = 0.11 (Fig. 33.18) AMo = 3.60 (Fig. 33.19) A = 9.67

Hey, you just created a GAE web service! Perhaps it s not the most useful, although who would have thought you could checkmate in ten lines of code

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.

FIGURE 33.11 Location on end-quenched Jominy hardenability specimen corresponding to the center of round bars. (From [33.4] with permission of Pitman Publishing Ltd., London.)

18 16 14 12

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