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BIM for Reinforced Concrete – Rebar clash prevention
This article is the continuation of a conversation that I started with the blog post depicting the value of BIM for Concrete and continued with from 2D to 3D with rebar detailing. If you’ll remember, I’ve described what I see as four…
Structure
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Advance Steel in Autodesk AEC Collection
Structural engineers, detailers and fabricators struggle with siloed teams, disconnected workflows, and varying software platforms that do not integrate seamlessly. This requires manual processes to bridge gaps which can lead to expensive errors and fabrication waste. To help address these challenges, we…
Structure
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Robot Structural Analysis in Autodesk AEC Collection
Structural engineers are using BIM to improve their design workflows and enhance collaboration with other stakeholders on projects. However, when it comes to performing analysis and design, structural engineers often face the following challenges: Little time to explore the best design option…
Architecture
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BIM for reinforced concrete – From 2D to 3D for rebar detailing
Last year I published a blog post contemplating the value of BIM for Concrete, and discussing how the next generation of BIM tools for reinforced concrete are helping our customers in four main ways. I described these BIM-centric concrete benefits as: Combines…
Uncategorized
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Revit for Structural Engineering
Revit allows structural engineers to create their models and documentation in an advanced BIM environment. By using Revit, structural designers and engineers can produce accurate design intent models and give engineers and detailers the information they need to develop models to a…
Uncategorized
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Learn What’s New in Revit 2018 for Steel Design
Revit 2018 includes a several major updates for steel design and detailing including over 130 new parametric steel connections. The Steel Connections for Revit 2018 add-in has heavily extended its connections categories and now has 24 tube connections, 23 bracing connections, 12…
Uncategorized