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At Autodesk University, the unveiling of Autodesk Structural Bridge Design 2014 marked a significant milestone in expanding Building Information Modeling (BIM) workflows for both buildings and infrastructure. This update arrives hot on the heels of our previous release of Autodesk Vehicle Tracking 2014, and it focuses specifically on addressing the pressing global issue of repairing or replacing aging bridges.
The statistics are alarming: According to the American Association of State Highway and Transportation Officials, within the next 15 years, nearly half of America's bridges will have surpassed their 50-year lifespan, a threshold that many were never intended to exceed. This problem isn't confined to the U.S., though—it's a universal challenge facing countries worldwide. To assist bridge designers in overcoming these hurdles, we've introduced Autodesk Structural Bridge Design 2014 as part of our enhanced suite of transportation solutions.
One standout feature of this software is its ability to conduct loading, analysis, and code checks within a single integrated environment. For instance, users can leverage Eurocode Grillage 3D elements to simulate complex load scenarios efficiently. Similarly, tasks such as defining AASHTO PS Beam Tendon become streamlined, allowing engineers to focus more on innovation than repetitive computations.
Key advantages of Autodesk Structural Bridge Design 2014 include accelerated project timelines thanks to intuitive tools that expedite component definition and integration into models. Automatic section property calculations ensure precision while accommodating various construction phases. Furthermore, the software automates traffic loading generation, saving valuable time during smaller to medium-sized bridge projects. Any modifications made to parameters trigger immediate recalculations, enabling rapid refinement of design alternatives.
Accuracy and reliability are paramount in structural engineering. With this software, engineers gain clearer insights into structural behaviors through side-by-side visualizations of data and results throughout each stage of analysis and design. Detailed hand calculation-style reports provide comprehensive documentation complete with formulas and references to relevant codes, facilitating thorough reviews and approvals. Embedded graphics within these reports enhance clarity further.
Consistency across different stages of a project lifecycle is another critical aspect addressed by this toolset. It supports design compliance with multiple international standards like Eurocodes, AASHTO LRFD, British Standards (BS 5400 & DMRB), and those from Australia and New Zealand. By eliminating the need for imports, exports, or conversions between systems, it fosters a cohesive workflow that reduces costs and enhances productivity. Moreover, pre-generated reports minimize post-production edits, ensuring smoother transitions between phases.
To see these functionalities in action, check out the video titled "Autodesk Structural Bridge Design Overview." For specifics regarding pricing and availability, head over to the Autodesk Structural Bridge Design 2014 Product Center.
In conclusion, Autodesk Structural Bridge Design 2014 represents a leap forward in addressing infrastructure challenges globally. Its innovative approach combines speed, accuracy, and consistency, empowering engineers to deliver safer, more efficient bridges while tackling the growing backlog of aging structures. As we continue innovating in this field, let's hope this marks just the beginning of smarter ways to build resilient futures.
June 04, 2025