Dlubal Composite Beam v8.24.02.157532 x64 Multilingual | 664 MB | Language: Multilanguage
The Dlubal development team is pleased to announce the availability of Composite Beam 8.24.02.157532, a useful construction program for structural analysis and design of composite beams according to: ENV 1994-1‑1:1992‑10.
Since 1987, Dlubal Software has continuously developed and optimized user-friendly and powerful programs for structural analysis and design.
With more than 280 employees at 9 locations providing continuous software support, Dlubal Software has gained more than 86,000 satisfied users worldwide.
Product: Dlubal Composite Beam
Version: 8.24.02.157532
Supported Architectures: x64
Website Home Page : http://www.dlubal.com
Language: multilanguage
System Requirements: PC *
Size: 664.5 mb
System Requirements:
In order to use Composite Beam without any difficulties, the following system requirements are recom-mended:
– Operating system Windows XP/Vista/7/8
– x86 CPU with 2 GHz
– 2 GB RAM
– 10 GB hard disk capacity, including approximately 4 GB required for the installation
– Graphics card with OpenGL acceleration and resolution of 1024 x 768 pixels. Onboard solutions and shared-memory technologies are not recommended
RSTAB is not supported by Windows 95/98/Me/NT/2000, Linux, Mac OS or server operating systems.
No product recommendations are made, with the exception of the operating system, as RSTAB basically runs on all systems that fulfill the system requirements mentioned above. If RSTAB is used for intensive calculations, the guiding principle ‘more is better’ applies.
When complex structural systems are calculated, huge amounts of data are produced. As soon as the main memory is not sufficient for taking the data, the hard drive will take over, which can slow down the computer significantly. Therefore, upgrading the main memory will usually speed up the calculation more than a faster processor.
As the RSTAB analysis core supports several processor kernels, you can completely exploit the potential of 64-bit operating systems. For 32-bit systems the memory size used by the proces-sor is limited to 2 gigabytes. Therefore, more memory can be used with the 64-bit technology. If you work with a computer having sufficient RAM memory using a 64-bit operating system, it is possible to calculate also big models.
To calculate complex structural systems, we recommend to use the following configuration:
– Quad-core processor
– Windows 7 64-bit
– 8 GB RAM
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