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Aashto Pavement Design Software is a software that was developed in 1989 by Aashto Company. The company uses the motto "Engineer Great Pavements" when stating that how it will change the way people design road pavements. All of these paved areas can be designed in two different ways, which are traditional and creative. For instance, the traditional process includes drawing roads on sheet-type surfaces or using pen to make design lines on paper or directly onto asphalt surface. Creative pavement designs use planar sketches to tell stories about architecture, history, nature, etc., because this creative process makes it easier for people to come up with ideas for paving designs. The use of this software is based on the experience, knowledge, and sketches. The software enables users to draw any lines onto pavement surfaces by using both creative and traditional processes. There are two types of pavement designs that can be drawn on this software, which are primary and secondary pavements. The Aashto Pavement Design Software enables users to retrieve the latest design information regarding AASHO Road Test Results for various materials on different pavements, such as fully rigid pavement design criteria and the FHWA modular pavement structure. It also provides information about how to download freely available software program called "PaveIt" and how to design a steel-concrete composite beam bridge. This software is available in the market for $975. Aashto Pavement Design Software has many benefits. One of the benefits is that it provides standard pavement design criteria, so designers can design safe and longer lasting pavements. Another benefit is that it allows designers to draw any pavement designs on 2D or 3D surfaces. This software also provides information about all types of pavements, which makes it easier for designers who don’t have any prior experience with pavement designs. There are some disadvantages about this software program. The main disadvantage is that the software only allows you to make designs on rigid pavements, not flexible pavements (e.g., asphalt). Another disadvantage is that this software does not provide the design criteria for the design of pavement structures or soft shoulders. Finally, this software does not provide guidance on how to design steel-concrete composite beam bridges. Pavements are designed with different materials and pavement types, including traditional and creative designs. These paved surfaces are made up of material such as asphalt, concrete, macadam, etc. In order to build a proper pavement that can stand up to harsh weathering conditions as well as need for high levels of traffic volume and speeds within a limited period of time, it is important to know what type of pavement is best suited for a specific area where you will be building it. In order to build a successful pavement, one must use various pavement design criteria. These designs include various pavement types for both primary and secondary pavements. Pavement design criteria are developed from the AASHO Road Test Results. These results provide sensitive information about how well a particular material performs when tested over a certain period of time. This data is collected through laboratory tests that force a material to endure multiple conditions such as temperature, humidity, pressures, etc. The results from these tests provide the engineer with different design compressive strengths for different materials in an appropriate manner. After collecting data from the AASHO test results, appropriate data is converted into the appropriate design criteria values for each type of pavement. cfa1e77820
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