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2019-02-28

Modifying Reinforcement Angle in RF-CONCRETE Surfaces

I have an oblique-angled structure. To create the reinforcement accordingly, I would like to enter a different angle than 90° between the directions. Why it is not possible to change this in Window 1.4 of RF‑CONCRETE Surfaces?

Answer:

The angle of 90° between the reinforcement directions can only be changed if no serviceability limit state design using the analytical method is performed. If the SLS is analyzed nonlinearly, the angle can be adjusted.

Angle Between Reinforcement Directions for Analytical SLS Design

Videos

General

Webinar | Using Python Console in RFEM 6

Duration: 00:43:11 min

General

Webinar | Using AI with RFEM 6

Duration: 00:31:17 min

Event

Programming with RFEM 6 and Python | 001 Introduction

Duration: 00:03:13 min

Event

Programming with RFEM 6 and Python | 002 Python, API, and Web Services

Duration: 00:03:15 min

Event

Programming with RFEM 6 and Python | 003 Installation

Duration: 00:04:23 min

Event

Programming with RFEM 6 and Python | 004 Libraries

Duration: 00:04:08 min

Event

Programming with RFEM 6 and Python | 005 Example | Cantilever

Duration: 00:13:34 min

Event

Programming with RFEM 6 and Python | 006 Example | Planar Truss

Duration: 00:09:53 min

General

KB 001738 | WebServices in RFEM 6 and RSTAB 9 – VBA Introduction

Duration: 00:01:24 min

Playlist

Knowledge Base Articles

Sever Port Range of WebService in RFEM 6

The browser plugin Boomerang as well as the API testing program SoapUI are both useful tools to quickly check our WebService functions. With their assistance, it becomes effortless to identify available classes and their respective parameters. This article aims to serve as a comprehensive guide on effectively utilizing Boomerang and SoapUI in conjunction with the Dlubal WebService.

Our Webservice offers users the opportunity to communicate with RFEM 6 and RSTAB 9 using various programming languages. Dlubal's high-level functions (HLFs) allow you to expand and simplify the Webservice's functionality. In line with RFEM 6 and RSTAB 9, using our Webservice makes an engineer's work easier and faster. Check it out now! This tutorial shows you how to use the C# library by means of a simple example.

Generated Beam on Two Columns with Member Load

WebService is a communication between machines and programs. This communication is provided via the network and can, therefore, be used by any program that can send and receive strings via the HTTP protocol. RFEM 6 and RSTAB 9 provide an interface based on these cross-platform webservices. This tutorial shows the basics using the VBA programming language.

KB 001769 | Practical Applications Using Python and RFEM 6 | 2D Truss Generator

The recently introduced Webservices gives users the ability to communicate with RFEM 6 using their programming language of choice. This feature is enhanced with our High Level Functions (HLF) Library. The libraries are available for Python, JavaScript, and C#. This article looks at a practical use case of programming a 2D Truss Generator with Python. "Learning by doing," as the saying goes.

Screenshots