Home / Software Posts / Repeat Load Cases in RCDC: Importing from other Applications

Repeat Load Cases in RCDC: Importing from other Applications

Bentley Expert Profile Image

Bentley Expert

STAAD

Share

Brief/Background

Repeat load cases in RCDC can now be done, as it can now read them when any model is imported to RCDC or the Advanced Concrete Designer workflow from other software like STAAD.Pro.

Screenshot of a structural engineering software interface showing load combination settings with axial and flexural/torsional load cases defined. Options to activate analysis, add new templates, and export load cases are displayed.

Repeat load case read by RCDC

A Repeat load case is necessary for the analysis of a structure because it considers that all the specified forces act together.Ā Ā For this reason, it will provide technically correct results in situations that incorporate any non-linearities. This includes tension-only or compression-only members, compression-only foundations, etc.Ā  It is also essential to combine load effects with the REPEAT LOAD specification for a PDELTA analysis, else the analysis won’t “see” the P while it predicts the Delta.

Procedure for importing Repeat Load cases in RCDC

Listed below are the procedure for importing Repeat load cases in RCDC from STAAD.Pro.

Firstly, we will have to add a ā€œRepeat load caseā€ in the STAAD.Pro model.

Secondly, after adding all the load cases, we will have to analyze the model.

After analyzing, we will choose the ā€œAdvanced Concrete Designer workflowā€.

Thereafter, we will have to add all project details and choose the required module.

Next, after making all the necessary settings, we will have to add the load type of the imported load cases.

Lastly, after adding the primary load cases, we will have to add the load combinations and repeat load cases from the analysis model.

For the detailed procedure, watch the video.

Demonstration Video

Importing Repeat load cases from STAAD.Pro

Note

*** RCDC can read REPEAT Load since version 09.03.00.25

Relevant Tags

MET S.p.A. is a leading sports helmet manufacturer based in Talamona, Italy. Engineers at MET have used ADINA successfully to ...

Shield tunneling using a large tunnel boring machine (TBM) is widely used to construct underground tunnels for subways. During tunneling, ...

The below animation depicts an axisymmetric model of a mono-tube gas shock absorber, with its schematic beside it. The piston ...

Subscribe to The Bentley Brief

Stay ahead of the curve with the latest infrastructure news and insights.