Event Overview - Norme: Eurocode 1, Eurocode 6, AISI S100, CSA A23.3, GB 50017, NDS 2018, ACI 318

In this webinar, you will learn how to calculate masonry structures in RFEM 6 using an FE analysis.

In this webinar, we show you how to model walls made of masonry in RFEM 6 and how to design them using the Finite Element Analysis (FEA).

Free Webinar | CSA A23.3:19 Concrete Building Design in RFEM 6 (USA)

This webinar will provide an introduction to concrete building design acc. to the CSA A23.3:19 in RFEM 6.

Free Webinar | AISI S100 / CSA S136 Cold-Formed Steel Design in RFEM 6 (USA)

This webinar will provide an introduction to cold-formed steel member design acc. to the AISI S100 / CSA S136 in RFEM 6.

In this webinar, we will show you how to design masonry in RFEM 6 using the finite element method.

The online course demonstrates how to use the Drupa software RFEM to find the shape and cut design of the cable-membrane structure, and the wind tunnel numerical analysis software RWIND Simulation to calculate the wind load.

Content:

• Collaboration with Revit/Tekla using direct interface
• Bidirectional round-trip flow with model updating between programs
• Helpful tips to optimize collaboration and avoid mistakes
• Other BIM options available

• Video in preparation

Contents:

• Features and options of RFEM 5 and the associated design modules
• Modeling, loading, and analysis of multi-material structural systems in RFEM 5
• Introduction to design according to standards in the RF‑STEEL EC3 and RF‑CONCRETE add-on modules
• Interpretation and evaluation of results with a printout report for a client

Content:

• Overview and features of RFEM and the design add‑on modules
• Modeling, loading, and analysis of a multi‑material structure in RFEM
• Introduction to the design add-on modules RF-STEEL AISC and RF-CONCRETE 
• Review of result output and printout report

• Up to the 6th Minute: Options for timber design with Dlubal Software
• Up to the 24th Minute: 3D modeling of an arched hall in RFEM
• Up to the 50th Minute: Entering loads and combinations in RFEM
• To end: Design of timber components in RF-TIMBER Pro

Keywords:: Eurocode 5, DIN EN 1995-1, curved beam, transverse tension, DIN EN 1991-1-3, snow loads, barrel roofs, DIN EN 1991-1-4, wind loads, curved roofs

• Direct integration link between Revit and RFEM
• Explore various scenarios of Revit to RFEM import/export
• Round-tripping of updated model between programs
• Useful tips for a more optimized integration

Content

• Column and rib member design in RF-CONCRETE Members.
• Spandrel design above wall openings (result beams) in RF-CONCRETE Members.
• Wall design in RF-CONCRETE Surfaces.
• Addressing singularities in FEA concrete design.

Duration: 39:11 min.

• Traffic loads according to EN 1991-2
• Moving loads generated in RF-MOVE Surfaces
• Load combinations according to EN 1990
• Calculation and verification

• 00:00 min: Modeling of a steel structure
• 17:00 min: Load input (generation of member loads from area loads, generation of wind loads according to EC 1, determination of the wind zone on the Dlubal website)
• 32:00 min: Automatic generation of load and result combinations

Content

• Modeling, loading, and analysis of reinforced concrete slabs in RFEM
• ACI 318-14 strength and serviceability design with the add‑on module RF‑CONCRETE Surfaces
• Explore both automated and user-defined reinforcement areas
• Deflection analysis considering creep/shrinkage with the add‑on module RF‑CONCRETE Deflect

Content