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FIGURE 3.12. Modi ed cycloidal curve construction.
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Initializing a Variable
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public IComparer<T> Comparer { get; } public T Max { get; } public T Min { get; } Comparer obtains the comparer for the invoking set. The Max property obtains the largest value in the set, and Min obtains the smallest value. To see an example of SortedSet<T> in action, simply substitute SortedSet for HashSet in the program in the preceding section.
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Figure 5.1.12 Clash between duct and sprinkler pipe (in red) on the Camino MOB. These clashes were identified by the NavisWorks clash detection program. In a subsequent clash resolution session these clashes were resolved. (Image courtesy of DPR Construction, Inc., California.) See also color insert.
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H.323 Terminal H.323 Gatekeeper H.323 Gateway PSTN switch a IAM b ARQ c ACF d Setup (with faststart) e Call proceeding f CPG g ARQ h ACF i Alerting j k One-way audio l Connect (with faststart) m ANM n Two-way audio ACM
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TABLE 8.1 Summary of Inputs, Outputs, and Environment of Physical Database Design
with the normal force, meaning that more power will be dissipated if a heavier load is moved. From the standpoint of choosing an appropriate friction model, these characteristics can be used to determine whether a viscous friction or Coulomb friction model is a closer representation. As the term dry friction implies. Coulomb friction models are often useful when dry lubricants are used between moving surfaces. The usefulness of the model is not limited to such cases, however, since transmissions with grease or oil lubricants also exhibit Coulomb friction. Consequently, a combination of models is often used to capture the behavior of real systems. For example, Pisano (1984) and Hanachi and Freudenstein (1986) demonstrated the need for Coulomb friction models in high-speed cam modeling despite the presence of lubricating oil. It is commonly known that the friction coef cient in Eq. 11.65 is higher when the system is at rest (static friction) that when the system is moving (dynamic friction). This relationship can be captured in a smooth manner by a slightly more complicated version of the friction force (Friedland, 1996). F = ( m k + ( m s - m k )e - c d ) Fn sgn(d )
perform analysis. Instead, the starting point for any analysis is a view in a Briefing Book. This means that someone, often a developer or power user, must create a Briefing Book in the Professional client and then publish that book to PAS so that others will be able to use that book s views as a starting point. Publishing a Briefing Book to PAS is relatively simple as long as the user has access to the server and has been granted publishing rights. Publishing rights are one of the many parameters that a PAS administrator can set on the server, and for now this walkthrough will assume that the user does indeed have publishing rights. On the toolbar in the Professional client is a button labeled Analytics Server. By default, clicking the large button will open a Briefing Book that is on the server. However, clicking the down arrow next to the Analytics Server button will open other options, such as Publish Book and Manage Books. These options are also found on the file menu under Analytics Server.
The simplest form of the multidimensional array is the two-dimensional array. In a twodimensional array, the location of any specific element is specified by two indices. If you think of a two-dimensional array as a table of information, one index indicates the row, the other indicates the column. To declare a two-dimensional integer array table of size 10, 20, you would write
Electric motors can be found in so many sizes and places, and have so many varied uses, that we tend to take them for granted. Universal in application, they can be as big as a house or smaller than your fingernail, and can be powered by any source of electricity. In fact, they are so reliable, quiet, and inexpensive that we tend to overlook just how pervasive and influential they are in virtually every civilized person s life. Each of us encounters dozens, if not hundreds, of electric motors daily without even thinking about them: The alarm clock that wakes you; the television you turn on for the news; you remove coffee beans from the refrigerator and put the coffee beans in a grinder; in the bathroom you use an electric shaver, electric toothbrush, or hair dryer; breakfast might be assisted by your electric juicer, blender, or food mixer; you might clean your home with your vacuum cleaner or clean your clothes with your washer and dryer; next you re into your automobile, subway, bus, or light rail transit to ride to work, where you might go through an automatic gate or door or take an elevator or escalator to your floor; at home or at work you sit down at your computer, use the Internet, e-mail, cell phone, or Blackberry, and use your fax or copier after you adjust the fan, heater, or air conditioner. Back at home in the evening, you might use an electric garage door opener, program your TiVO, or use an electric power tool on a project. On and on, you get the picture. Why are electric motors ubiquitous In one word convenience. Electric motors do work so that you don t have to. Whether it s pulling, pushing, lifting, stirring, or oscillating, the electric motor converts electrical energy into motion, which is further adapted to do useful work. What is the secret of the electric motor s widespread use Reliability. This is because of its simplicity. Regardless of type, all electric motors have only two basic components: a rotor (the moving part) and a stator (the stationary part). That s right it has only one moving part. If you design, manufacture, and use an electric motor correctly, it is virtually impervious to failure and indestructible in use.
Table 27-4.
To use IPv6 on your router, you must, at a minimum, enable the protocol and assign IPv6 addresses to your interfaces, like this:
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Voltage 4.8 8.4 4.8 8.4 4.8 8.4 6.0 8.4 7.2 8.4 7.2 8.4 6.0 8.4 7.2 8.4 7.2 8.4 7.2 12.0 4.8 12.0 4.8 8.4
The complexity of the technology being installed. The maturity of the technology. The cost of post-installation fault location and repair.
The prototypes for exit( ) and _exit( ) are in <process.h> and <stdlib.h>.
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