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As Loomis points out in her article, extensive research shows that few companies are able to grow 15 percent or more a year. Over the past 40 years, Fortune looked at 150 companies over three basic time periods (1960 1980, 1970 1990, and 1989 1999). In each of those time frames, only three or four companies achieved the 15 percent or more earnings growth factor. About 20 to 30 companies ran at a 10 to 15 percent clip, 40 to 60 companies ran at 5 to 10 percent, 20 to 30 at 0 to 5 percent, and 20 to 30 actually ran at a negative number. That s right, there were as many big losers as big winners. Overall, during that 40-year period, the after-tax profits grew at an annual rate of just over 8 percent. This means that any company doing 15 percent was running at almost twice the rate of the general population of companies. With that reality, it s not surprising that companies start to do some bad things to keep their growth rate up.

It is seen from Taniguchi s Table 11 that a gear is a mechanical product that is known for transmitting motion and power Various processes such as machining, casting, forging, cold-roll forming, extrusion, drawing thread rolling, powder metallurgy and blanking processes are usually employed to manufacture gears Non-metallic gears however can be made by injection moulding and casting Figure 16 depicts the standard nomenclature for an involute spur gear The dimensional accuracy and surface finish required for the proper functioning of gear teeth depend on the gear s intended use Poor gear-tooth quality leads to inefficient energy transmission and frictional and wear characteristics Although roll-formed gears can be made with an accuracy that is sufficient for most applications, for example, automotive transmissions, machining however remains an unsurpassed process for gear manufacture as this process can be used to make all types and sizes of gears to a very high accuracy

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An estimation of the minimum life of the project in production, in years. A list of any events, such as changes in business operations or changes in IT platform, which would require an evaluation of this system to see if it needs a maintenance release, upgrade, or enhancement to keep functioning, or if it needs to be replaced.

Fig 16: The standard nomenclature for an involute spur gear [6]

Gears are manufactured by machining either by form cutting or by generating processes with the latter producing gears with a better surface roughness and a greater dimensional accuracy Finishing processes such as gear shaving and grinding further improve the surface roughness and the accuracy of the tooth profile The cutting tool used in form cutting is similar to a form-milling cutter as regards the shape of the space between the gear teeth (Figure 17) Cutting the gear blank around its periphery reproduces the gear-tooth shape The cutter is fed radially towards the centre of the blank to obtain the desired tooth depth and is then moved across the tooth face to obtain the required tooth width After cutting

Table 5-3

a tooth, the cutter is withdrawn, the gear blank is indexed (rotated), and the cutter is made to cut another tooth The process continues until all the teeth are cut Each cutter is designed to cut a wide range and a number of teeth The precision of the form-cut tooth profile depends on the accuracy of the cutter and the machine and its stiffness Conventional horizontal milling machines are normally used to form cut gears The basic principle that is utilized in form cutting is shown in Figure 17 Because the cutter has a fixed geometry, form cutting can be used only to produce gear teeth that have a constant width, such as in spur or helical gears but not to cut bevel gear teeth

Project overview with eld de nitions (Continued).

Fig 17: The basic method of producing gear teeth on a blank by form cutting [7]

Where Wall Street often sneaks into the equation is in the form of stock options. When managers or even middle-level employees are looking at their stock options,

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