Content
New way of reinforcement using keys
Stages of working with the new method
Conclusion
Problems with the old reinforcement method
Previously, Revit used standard methods of reinforcement modeling through types. They were functional, but it was impossible to avoid shortcomings. One of the key problematic points was the need to use a large number of standard sizes. This greatly complicated work with the project: creating and editing structures took a lot of time. In addition, the standard method of reinforcement through arrays and zones often caused errors in specifications and complicated subsequent changes to the project.
The main stages of working with the old method were as follows:
Creating a View : Users would first create a view where they wanted to place the reinforcement and use a view template to filter out unnecessary elements.
Selection of reinforcement . Next, the reinforcement size was selected, the category and diameter were assigned. For example, the reinforcement could be distributed over an area or trajectory.
Adjustment . After placing the reinforcement, it was often necessary to adjust the parameters: change the pitch, size, direction and position of the rods.
Design of the form . At the final stage, the form was designed using marks, dimensions and other elements of the documentation.
The described process was quite labor-intensive. Since each type of reinforcement had its own specification, if it was necessary to change one parameter (for example, diameter), it was necessary to review and edit the specifications and sizes again, which slowed down the work.
New way of reinforcement using keys
Revit 2022 introduced a new reinforcement method using keys, which significantly simplified the design and execution process. The main advantage of this method is the reduction in the number of reinforcement sizes and simplification of work with specifications.
Among the advantages of the method, Sergei Kovylin highlighted:
Simplified reinforcement selection . Instead of creating dozens of sizes for each reinforcement diameter, one basic type is now sufficient. All changes, such as diameter or reinforcement class, can be assigned via keys.
Convenient work with specifications . Key specifications allow you to automatically take into account all the parameters of the fittings without having to manually edit each size. This makes the process of preparing documentation faster and easier.
Fewer errors when working with reinforcement . Specification keys minimize the likelihood of errors, as the correct parameters for the reinforcement are automatically selected based on the specified keys.
Flexibility in settings . The reinforcement process has become more flexible, as it is now possible to easily change the characteristics of the reinforcement without the need to create new sizes or adjust existing ones.