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39.5.1 Compound Cylinders Equation (39.34) indicates that there is a large variation in hoop stress across the wall of a cylindrical shell subjected to internal pressure pi. In order to obtain a more uniform hoop-stress distribution, cylindrical shells are often fabricated by shrinking one onto the outside of another. When the outer cylinder contracts on cooling, the inner tube is brought into a state of compression. The outer cylinder will be in tension. If the compound cylinder is subjected to an internal pressure, the resultant hoop stresses will be the algebraic sum of those resulting from the internal pressure and those resulting from the shrinkage. The net result is a small total variation in hoop stress across the wall thickness. A similar effect is realized when a cylinder is wound with wire or steel tape under tension. Comings [39.4] gives a complete analysis for such systems. In order to obtain a favorable stress pattern, an analogous technique can be used by applying a sufficiently high internal pressure to produce plastic deformation in the inner part of the cylinder. On removal of this internal pressure, the residual stress persists, with the net effect of compression in the inner part and tension in the outer part of the cylinder. This process is called autofrettage. Harvey [39.5] discusses stress analysis for autofrettage in detail.

101 101

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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polls var word ' Number of unsuccessful polls of DTMF LCDw con 16 ' Width of LCD screen LCDcol var byte ' Current column of LCD screen for wrap LCDcls con 1 ' LCD clear-screen command I con 254 ' LCD instruction toggle sp_time con 1500 ' Print space this # of polls w/o DTMF n24n con $418D ' Serout constant: 2400 baud inverted ' This code initializes the 8880 for receiving by writing to its ' internal control registers CRA and CRB The write occurs when ' CS (pin 6) is taken low, then returned high OUTL = %01111111 ' Pin 7 (LCD) low, pins 0 through 6 high DIRL = %11111111 ' Set up to write to 8880 (all outputs) OUTL = %00011000 ' Set up register A, next write to register B high CS OUTL = %00010000 ' Clear register B; ready to send DTMF.

d1 = 2e cos + [180 2 + i(180 + 2 )] 360 Approximate equation: l 2e + 1.57(d1 + d2) + = 2e + 1.57d1(i + 1) + (d2 d1)2 4e d2 1 (i 1)2 4e

(14.4)

(14.5)

I started working with the iPhone because I saw it as an opportunity to develop the kinds of games that I wanted to make, with little overhead, and publish them on a powerful gaming machine. When I started working with the iPhone, I quickly realized that much of what I had learned about debugging on large console games could be applied to iPhone development. Nasty crash bugs caused by memory stomps are just as likely to happen in an iPhone app as in any major console title. In discovering this, the major challenge was learning how to apply the tricks and techniques I had previously learned to Xcode and the iPhone hardware. I m pleased to be able to share some of the knowledge I have picked up over the years. My first tip is perhaps the most important: remember that debugging can be fun! I know, I must be crazy to say something like that, but it s true. Entering into debugging with the right frame of mind can help you find your bugs much more quickly and painlessly. Instead of looking at debugging as a chore, imagine yourself as a code detective, trying to get to the bottom of the Mysterious Case of the Random Crash! Got your pipe and Sherlock Holmes hat on Good. Let s dig in!

high CS DIRL = %11110000 ' Now set the 4-bit bus to input high RW ' And set RW to "read" serout 7,n24n,[I,LCDcls,I] ' Clear the LCD screen ' In the loop below, the program checks the 8880's status register ' to determine whether a DTMF tone has been received (indicated by ' a '1' in bit 2) If no tone, the program loops back and checks ' again If a tone is present, the program switches from status to ' data (RS low) and gets the value (0-15) of the tone This ' automatically resets the 8880's status flag again: high RS ' Read status register low CS ' Activate the 8880 dt_flag = dt_det ' Store DTMF-detected bit into flag.

The minimum diameter allowable for the flexible connector selected is often substituted for the unknown parameter d1 (driving-pulley diameter) required for the design. Multiple-Pulley Drives. For the multiple-pulley drive (one driving pulley, two or more driven pulleys), the geometry is dependent on the arrangement of the pulleys (Fig. 14.2). These drives have the following characteristics: Speed ratios: i12 = Included angles: sin 12 = sin 13 = d1 (i12 1) 2e12 d1 (i13 1) 2e13 (14.6) (14.7) n1 d2 = n2 d1 i13 = n1 d3 = n3 d1 i1m = n1 dm = nm d1

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.

(14.8)

sin km = Angles of wrap:

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