Digital technology is currently influencing and transforming the construction industry at a rapid pace. AI, VR, Site Robots, Drones, and other smart construction techniques and concepts are now being used on every construction site.
Fremont, CA: Bridge construction has changed over the years with the rapid development of new technologies and materials. Before, engineers did not have tools or software to provide accurate models or detailed analyses of bridges. Nevertheless, with today’s advancement in technology, construction tools, methods, materials, and software are now available for bridge engineers.
In this post, we have enlisted top technologies for bridge design and construction:
Digital technology is currently influencing and transforming the construction industry at a rapid pace. AI, VR, Site Robots, Drones, and other smart construction techniques and concepts are now being used on every construction site. Bridges are not exempt from this rule. Drones with LIDAR sensors and GPS tracking are one of the most commonly used smart construction technologies in bridge design. Bridge engineers are capable of pinpointing the exact location on which the bridge will stand by using these drones, significantly reducing errors.
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Today, efficient supervisory control and structural health monitoring for bridges are required in the event of an unprecedented problem. With technological advancements, it is now possible to monitor everything that happens on bridges. This system includes cameras that monitor traffic movements in the event of an emergency. Moreover, it incorporates condition monitoring, damage or cracks detection, as well as overall structural health monitoring in its concrete and steel structures.
Building Information Modeling (BIM)
Building Information Modeling (BIM) is a process that connects architects, engineers, and construction (AEC) professionals more efficiently in various steps of construction. With BIM technology, designers and engineers create 3-D models that include data varying from the physical characteristics to the functional characteristics of a building. This information engages them in a multi-disciplinary collaboration for getting better insight into the project they are working on.
For bridge design and construction, CIM (Civil Information Management System) generates instant and correct outcomes for all phases of the project. Moreover, it offers an integrated platform that connects designers, drafters, modelers, constructors, and engineers in one single model. This solution can effectively reduce inefficiencies in time, cost, and communication discrepancies caused by design changes.