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Bridge design software simplifies the complicated process of designing a bridge by performing engineering calculations, identifying weaknesses, and creating simulations to test the boundaries of a design. It also allows for detailed planning and the production of 3D models.
Bridge design software is a software product used in bridge design. Before the development of such software, the engineers who designed and built the bridges had to do everything by hand, from line drawings to create the renderings to calculations to confirm that the bridge was safe. Bridge design software eliminates mistakes that can occur when work is done by hand and simplifies the bridge design process so engineers can focus on making designs that are innovative, strong, interesting, and sometimes beautiful.
Designing a bridge is complicated and includes a number of parameters. A site must be selected and surveyed to learn more about its properties and to look for specific problems that may require engineering fixes, such as unstable ground that would create the need to anchor the bridge to bedrock for safety. Spatial requirements must also be considered, ranging from allowing vessel traffic to pass through to the number of lanes needed in the bridge. Designers can also think about the need for future expansion. Rather than building a narrow two-lane double-deck bridge, for example, it may make more sense to build a wide bridge that can easily be widened to three lanes on each bridge should traffic need to change.
Structural integrity is, of course, a key concern in bridge design. A number of calculations can be performed to determine the weight of the bridge and to find where support is needed. One benefit of bridge design software is that it can be used to create simulations that test the boundaries of the bridge to see how extreme a design can get before it becomes dangerous. The software can also identify weaknesses and other problems that could compromise the bridge.
The software performs the engineering calculations necessary to determine the limitations of a design and can make recommendations to improve a design for safety. It can also perform calculations to determine how long construction will take, what will be required in terms of materials, and so on, allowing for detailed and highly accurate planning through the bridge design software before ground is even broken to begin construction.
Bridge design software can also be used in the production of detailed three-dimensional models, and some programs have the ability to send three-dimensional models to a 3D printer which can bring them to life on a small scale. These mockups can be used to promote and demonstrate the design, showing people what the bridge will look like when it’s finished.
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