The Challenge: The condition of the world’s transportation infrastructure is top of mind at every level of society today. With a sizeable inventory of aging bridge structures worldwide, transportation professionals find themselves facing obstacles at every turn - even critical problems with their tools and data. They are seeking best practices and better tools for sustaining bridge infrastructure. Whether a bridge is old or new, the goal is always to make bridges better. For every step in this endeavor, it is essential that the right information is where it needs to be for the decision makers. Many bridge stakeholders find themselves data rich and information poor. Usually, a substantial amount of data about the bridge exists, typically found in many forms and sometimes in virtual silos of data. The data is useful but not necessarily usable information, and re-engineering is often a time-consuming and cost-prohibitive step.
Today, bridge information transfer is fragmented at best. There is little data reuse in the major phases of the bridge’s lifecycle and a lack of interoperability between systems. Studies show that up to 40 percent of engineering time can be wasted locating and verifying information. A lack of industry standards for data exchange further exacerbates the problem. To develop data into information, we not only have to get the data where it needs to be but also conform to consistent methods for data exchange. Incomplete information, tools, and procedures result in a loss for everyone — the owner/operators, engineers, builders, and even the public. BrIM endeavors to put an end to this confusion and provide a clear path to bridge sustainability.
The Solution: Bentley’s bridge solution is the most extensive offering in the industry, composed of a family of software that addresses virtually any bridge type, both existing and new structures. This solution represents the remarkable strides recently made in bridge engineering technology. The solution enhances problem solving at every stage of the project delivery process, from planning, design, and engineering to construction simulation and analysis. The end result is that bridges are remarkably better engineered today using these tools.
• Bridge Design and Engineering
• RM Bridge
• LEAP Bridge
• LARS Bridge
• Road and Site Design
• Structural Analysis and Design