Features
How To Design Concrete Beam Splice Connections?
02/02/2026
Splice connections are used to join two members together and this is very common in steel construction. Splicing is also used in concrete construction where off-site manufacturing is required due to space constraints on-site, as well as to increase speed and flexibility during construction.
Concrete beam splice connections are challenging to design due to various reasons:
- Load transfer uncertainty between steel and concrete parts
- Manual or conservative approaches due to lack of software tools
- Poorly designed splices can lead to structural failure or serviceability issues e.g. excessive deflection or cracking
- Inadequate anchorage that leads to premature failure due to rebar pullout
With IDEA StatiCa Connection and Detail, structural engineers are able design concrete beam splice connections easily and effectively:
- Visualize load path
- Confirm whether the reinforcement in the splice is sufficient
- Reduce time spent on calculations
- Optimize the connection and anchor design
- Code-check steel and concrete parts according to regional codes
- Get comprehensive results
Try IDEA StatiCa for free
Start your trial today and enjoy 14 days of full access and services free of charge.