This free online training for students on RSECTION introduces important functions and modeling options using practical examples.
This recording was done on April 21st, 2022.
Content:
00:00 Welcome
08:05 Introduction to the RSECTION user interface
18:30 Introductory example: Thin-walled I-section
48:50 Thin-walled section according to the analytical method
01:17:00 Solid cross-section according to FE calculation
01:31:15 Hybrid cross-section
Product Feature
Product Feature
Knowledge Base
Mia is accessible in the programs and prevents the hassle of following up by email or phone.
You can open the cross-sections in RSECTION using a direct connection, modify them there, and transfer them back to RFEM/RSTAB. Both RSECTION cross-sections and library cross-sections, with the exception of elliptical, semi-elliptical and virtual joists, can be opened and modified directly in RSECTION by clicking a button.
For example, you can thus adjust the reinforcement layout of user-defined RSECTION cross-sections directly in a local RSECTION environment in RFEM/RSTAB. This feature is currently only available for cross-sections with a uniform distribution type. The shear and longitudinal reinforcement defined for library cross-sections is not imported into RSECTION.
Within the "Plastic capacity design | Simplex Method" in RSECTION, the simultaneous variation of shear stresses over the cross-sectional area is performed in addition to the variation of axial stresses. This extended form of analysis allows you to use redistribution reserves, especially for the cross-sections subjected to shear loading, thus loading the cross-sections even more efficiently.
In the Concrete Design add-on, you can design any RSECTION cross-section. Define the concrete cover, shear force, and longitudinal reinforcement directly in RSECTION.
After importing the reinforced RSECTION cross-section into RFEM 6 or RSTAB 9, you can use it for design in the Concrete Design add-on.
Go to Explanatory Video
