Bentley Products
OpenBridge Designer
PSTEKNİK INFORMATİCS AND ENGINEERING INC.
![]() | Enhance Bridges with Real BrIM Models Utilize Bridge Information Modeling (BrIM) with OpenBridge Designer. With the latest bridge technology and capabilities, you can efficiently model, design, and produce project outputs dynamically, interactively, and parametrically. This single application supports all aspects of detailed bridge design, including terrain, roads, access ramps, and other relevant infrastructure assets. Users will efficiently and reliably manage changes made during work on tasks such as clash detection, road geometry, and bridge geometry, thanks to OpenBridge Designer's model-centric methodology. Meet project demands on time, every time. |
Accelerate Bridge Performance with a Single Application OpenBridge Designer provides the workflows, tools, and flexibility needed for real-world design scenarios. The application adapts to nearly every bridge design and maintenance workflow and is suitable for all types of concrete strength, volume, weight, structural steel type, and beam type. Use a single product to create a collaborative physical and analytical model for both steel and concrete bridges that can be used throughout the bridge's lifecycle. Analyze, design, and rate bridge components in a single environment to exchange project information directly for analysis, design, and load rating, including bridge geometry, materials, loads, prestressed cable models, diaphragms, end diaphragms, abutments, and reinforcements, to make informed decisions during design and construction. | ![]() |
Create Smart Models, Reduce Risks, and Conduct Audits According to Construction Sequence
Generate intelligent, parametric models for various bridge components, including concrete compressive strength, structural steel type, standard beam representations, and more. Reuse data from various stakeholders to provide relevant, up-to-date geometry in a single model. Save time and reduce costly rework by conducting clash analysis for existing bridge structures to reduce risks. Additionally, easily perform construction sequence investigations by reviewing stages in construction to compare results, identify relevant conditions, and address pre-construction issues such as shrinkage, creep, and other related problems to generate a results report. |