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mechanism, the energy absorption during exural failure was signi cantly higher than that for plain concrete. The exural toughness indices (I5 and I20 ) were calculated according to ASTM C1018. Shaw Industries, Inc., the largest carpet manufacturer in the world, constructed a 11,000 m2 R&D Center in Dalton, Georgia, which used concrete reinforced with carpet waste bers in the construction project [80]. The amount of waste ber included was 5.95 kg/m3 , and about 20 tons of carpet production waste was consumed in the project. Mixing was done by adding bers to the mixing truck directly, after which the bers were found to be uniformly dispersed in the concrete without balling or clumping. Mixing, pouring, and nishing followed standard procedures, used conventional equipment, and went smoothly. The compressive and exural strengths exceeded speci cations, and reduced shrinkage cracking was observed. Such concrete containing waste bers was used for oor slabs, driveways, and walls of the building. The project demonstrated the feasibility of using large amount of carpet waste for concrete reinforcement in a full-scale construction project. Other studies on the use of polypropylene bers from carpet waste in concrete [81], used tire cords in concrete [82, 83], and using recycled nylon bers to reduce plastic shrinkage cracking in concrete [84] have also been reported and reviewed [85]. Gordon et al. [86] used the waste nylon bers and ground carpet to stabilize asphalt concrete. Increase of asphalt content in asphalt concrete is favorable because it leads to more durable roads. But it is limited by the resultant ushing and bleeding of pavements and possible permanent deformation of the pavement. Addition of 0.3 wt % waste bers increased the allowed asphalt content by 0.3 0.4 wt %.

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5 shows how to translate the customer needs de ned in 4 into several different kinds of data models. The data models allow you to represent the database s needs formally. They let you study the data and rearrange the pieces to build toward a exible design. 6 explains how to identify business rules. It tells how to modify the data models you developed in 5 to make it easier to manage business rules, which may change relatively frequently. 7 describes one of the best known steps in designing a database: normalization. A properly normalized database is more robust and resistant to certain kinds of potential data errors. 8 discusses some database design issues that affect the database s use and maintenance in a larger application. The techniques described in this chapter make it easier for application developers to build an effective, exible user interface for the database. 9 describes some patterns that occur in many applications. It explains solutions that you can use to make handling those patterns simple. 10 describes some common pitfalls that often hinder database designers. Avoiding these problems can make database design easier, faster, and more effective. After you nish working through these chapters, you will have a good understanding of database design. You will know how to decide what data belongs in a database, how to build data models, and how to convert those models into powerful, exible database designs.

where Ax, Ay , and B are constants and x and y are measured on the corresponding hole on the Hartmann screen. This procedure can be separated in two steps, using the fact that the Hartmann screen is symmetrical. Then, for every x coordinate of a hole there is a negative counterpart. As a consequence, summations over x reduce to zero. Thus, the centroid can be set by xm Ax m 1 N N P ym Ay m 1 N

To use the features of Spring IDE on a certain Eclipse project, it is required that Spring IDE s project nature be applied to that project. A project nature is a functionality of the Eclipse runtime that enables the addition of customized features to existing projects. When you apply the project nature, a Spring-specific compiler is registered with the project. In accordance with the Eclipse terminology, this custom compiler extension is called the incremental builder. More information on Eclipse project natures and builders is available at http://www.eclipse.org/articles/Article-Builders/builders.html. The Eclipse platform calls an incremental builder every time a workspace build is triggered. Spring IDE s incremental builder is responsible for managing the parsing and validation process of bean and web flow definition files and AOP configurations. Unless the Spring Project Nature is added, no Spring-related feature will be available on the project. You should find Spring IDE s project builder, Spring Project Builder, in the project s builder list, as outlined in Figure 11-2. You can add the Spring IDE project nature to any project in your workspace. The project is not required to be a Java project. This can be useful if you have a project that contains only your bean definition files and no Java source code.

These image-sharpening methods have one thing in common: They trick us into thinking the image is sharper by enhancing the contrast along any edges that contrast against

You can use its companion, HASPATH, to only return articles that have a certain path. For instance, only one of our documents has the element reference. Here s how you would use HASPATH so that only those documents having a reference element will be returned:

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