Prokon’s Concrete Continuous Beam Module offers precise analysis and design capabilities for single and multi-span reinforced concrete beams and slab strips. It automates load patterns, redistributes moments and shear, and generates bending schedules, giving engineers the accuracy and efficiency needed for safe, code-compliant design.
Prokon’s Concrete Continuous Beam Module revolutionises the structural engineering workflow by addressing critical pain points and delivering substantial value to users:
Concrete Continuous Beam saves valuable time by automating load patterns, combining results, and generating bending schedules with accuracy and speed.
Concrete Continuous Beam checks crack widths, deflections, and redistributions to deliver reliable, standards-compliant designs you can trust.
Easily design rectangular, T-shaped, inverted T, and tapered sections with accurate redistribution of loads across complex spans.
An engineering consultancy was tasked with designing a continuous reinforced concrete beam system for a multi-storey commercial building. The project required accurate crack width checks, redistribution of loads, and detailed bending schedules across multiple spans.
Using Prokon Concrete Continuous Beam, the engineers defined rectangular and T-beam sections, applied the necessary load cases, and allowed the software to automatically redistribute moments and shear forces. The seamless integration with Sumo further simplified post-processing and verification within the overall frame analysis.
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
The module analyses both single and multi-span beams or slabs, redistributing moments and shear to a user-defined percentage.
Yes, it supports rectangular, T, L, I, inverted T, and tapered sections.
It works on its own or as a post-processor for Sumo.
Yes, it calculates crack widths to ensure serviceability compliance.
Yes, the module creates complete bending schedules for beams and slabs.
The module complies with major international codes, including Eurocode and SANS.
Yes, automation of load patterns and schedule generation significantly speeds up the process.
Yes, the schedules and calculations are suitable for integration into design documentation and construction workflows.
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