Tekla Structures for Bridge Designers
Tekla Structures solutions and resources for Bridge Designers
Tekla Structures: Phases and Phase Management
This video introduces how to compartmentalize portions of a model utilizing phases via the phase manager. In addition, some tips and tricks are covered on how to apply phases in your own model, as wel
Tekla Structures Now Even Better for Bridge Engineers
Accelerate your workflow and create better 3D models with the newest updates to Tekla Structures. Join this webinar for an overview of all the new productivity features designed specifically for Bridg
Linking Drawings to Trimble Connect for Concrete Models
This video discusses how to link General Arrangement drawings from Tekla Structures directly to Trimble Connect using the Link Documents to Trimble Connect extension. This tool expedites the process o
Precast Custom Component Connection Fundamentals
In this video, we discuss the fundamentals of how to create a custom component connection. This video is intended to provide some high level basics of how to set up a connection, how to create a simp
Randselva Bridge: Closing the Gap on Drawing-Free Design
Randselva Bridge in Norway is the world’s longest bridge to be designed and constructed using only Bridge Information Modeling, and no traditional paper drawings.
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Tekla Structures: Simple Tips and Tricks for Concrete Related Tasks
Whether you are new to Tekla Structures or an experienced user, there many small tips and things that you discover along the way that help with modeling efficiency or interfacing with the software. Th
Bridge Information Modeling (BrIM) Brings Bridge Engineering to the Modern Era
Bridge Information Modeling (BrIM) provides a complete representation of the physical and functional characteristics of a bridge asset, offering an information resource for its entire lifecycle
6 Benefits of BrIM (Bridge Information Modeling)
Bridge information modeling (BrIM) means benefits for bridge construction projects in design, communication, scheduling, fabrication, on-site work and maintenance.
Overcoming the Limitations of Creating Complex Shapes with Parametric Modeling
Today engineers need to be more productive and, at the same time, structural design is becoming more complex. This has driven structural engineers to explore algorithm enabled parametric modeling.
Algorithm Enabled Parametric BIM: 5 Steps to Getting Started
These five steps will help you get started with algorithm enabled parametric design. Welcome to more productive and efficient workflows, and rapid iterations in the design of complex structures.
How to Choose the Right Bridge Information Modeling Software? 6 Things to Consider
The right software helps you deliver successful bridge construction projects. Check out these 6 things before choosing software for bridge information modeling.
Gabriel Neves Never Stops Learning
Gabriel Neves, Technical Manager at Trimble, has grown into his profession – and together with it. He’s seen the construction industry evolve from handmade drawings to 2D to 3D software.
Forward-Thinking Departments of Transportation are Crossing the Bridge to BIM
Across the US, deficient bridges are a growing problem. The public sector is exploring the opportunities that come with technology in bridge design, construction and asset management.
The Benefits of Parametric Design for Structural Engineers
Parametric design offers structural engineers many benefits that both improve the quality of the design and streamline the project workflow.
Parametric Design: Design Expressed in Rules Not Geometry
Parametric design offers a more comprehensive and automated approach to 3D modeling but also challenges the traditional ways of structural design.
An Advanced BrIM Workflow
Any type of bridge design can now have a single point of control to manage the Analytical Model and Bridge Information Model (BrIM). Thanks to the Tekla Structures, Grasshopper and Sofistik workflow.
WSP Finland Aims at Advanced Design Methods for Efficient and Optimized Steel and Concrete Bridge Design
Using Tekla Structures for modeling bridge structures is a significant advantage in convincing their clients on the design decisions.
Swansea's Port Tawe Sail Bridge Project Completed in Less than 15 Months with the Help of Tekla Structures
The use of Tekla Structures allowed close co-operation between both the design team and Rowecord, resulting in the overall structural solution to stay faithful to the original scheme design.
Bridge Information Modeling (BrIM) Chasing New Highs in India
Chenab Bridge is one of the tallest and longest-spanning railway bridges of its kind in the world. Tekla Structures has been in use from the beginning of the project, which has brought many benefits.
Grandfather's Bridge - Working Efficiently and Improving Quality with BrIM
This bridge is a full-blown BrIM project from start to finish. Utilizing modeling in the planning phase ensured that errors would be avoided and made the transfer of information faster and clearer.