Prokon Base Plate software provides engineers with advanced tools for designing steel column base plates subjected to axial force, bi-axial bending, shear, and torsion. Offering support for various column profiles and base plate configurations, including direct bearing on concrete or grout and support on studs, the software enables precise detailing and optimisation.
Unique features include the application of multiple loads to base plates, integration as a post-processor for Prokon Frame or Sumo, support for rectangular and circular base plates, customizable bolt layouts, 3D stress and strain representation, detailed calculations, and automated workshop drawing generation.
Prokon Base Plate software allows for the application of axial, torsion, shear, and bending loads to base plates, providing engineers with a comprehensive understanding of structural behaviour.
Engineers can customise bolt layouts to suit specific project requirements, optimising connection strength and efficiency.
Prokon Base Plate supports rectangular and circular base plates, accommodating a wide range of column profiles and base plate configurations.
Engineers can visualise stress and strain distributions in three dimensions, enabling accurate optimisation of base plate designs.
A structural engineering firm is tasked with designing the base plates for steel columns in a new commercial building. The project requires base plates that can withstand axial force, bi-axial bending, shear, and torsion, while also accommodating various column profiles and base plate configurations.
Using Prokon Base Plate software, engineers input project specifications, including column profiles, loading conditions, and base plate configurations. They utilise the software’s comprehensive capabilities to assess the structural behavior of the base plates under different loading scenarios. Engineers customise bolt layouts and base plate configurations to optimise connection strength and efficiency. They leverage the software’s integration with other Prokon modules, such as Frame or Sumo, to ensure a cohesive workflow and seamless transfer of data between different stages of the design process.
Thank you team for your excellent service, speedy response time and always availability to assist with support for Prokon Software!
Gerrie Pienaar
CO-MEMBER, PRINCIPLE ENGINEER | DLF CONSULTING ENGINEERS
Prokon‘s software support is unmatched. The quote process was smooth, and a last-minute team meeting was promptly arranged. For local and international markets, Prokon‘s fair pricing and top-tier features make it the standout choice. Highly recommended!
Stoffel Bakkes
MD / OWNER | SB PROJECT
Yes, Prokon Base Plate software can handle various loading conditions, including axial force, bi-axial bending, shear, and torsion, ensuring comprehensive base plate designs.
Prokon Base Plate supports a wide range of base plate configurations, including rectangular, square and circular base plates to accommodate different column profiles and project requirements.
Yes, Prokon Base Plate software can generate detailed engineering drawings, calculation reports, and design summaries, providing comprehensive documentation for fabrication and construction.
Yes, Prokon offers technical support to users of Prokon Base Plate via email, phone, and online forums to assist with any software-related inquiries or issues.
Yes, Prokon Base Plate seamlessly integrates with other Prokon modules, such as Frame or Sumo, allowing for a cohesive workflow and seamless transfer of data between different stages of the design process.
Prokon Base Plate stands out due to its comprehensive capabilities, customisable bolt layouts, support for various base plate configurations, and seamless integration within the Prokon suite, offering engineers a complete solution for base plate design needs.
Yes, Prokon offers educational licenses for Prokon Base Plate, allowing educational institutions and students to access the software for learning and academic projects at a discounted rate.
Yes, Prokon Base Plate offers advanced tools for optimising base plate designs, enabling engineers to iteratively refine designs to meet performance and efficiency goals.
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