Designing Connections for Beams with Microllam LVL: A Guide to Ensuring Successful Installation

When designing and installing engineered wood beams, such as Microllam LVL, it's essential to consider the type of loading the beam will be subjected to. Beams with loads applied to only one side require special attention, particularly when the member is 7” wide or larger.

Fortunately, Forte, a single member sizing software, now offers the functionality to design and report required connections for beams based on load magnitude and application. This feature helps ensure that the connection pattern is aggressive enough to transfer loads to all plies of the beam.

Beam connections are critical because they determine how the load is distributed along the length of the beam. The type of loading (side, top, or point load) and its magnitude influence the design of the connection. For instance, side loads and point loads typically require more aggressive connection patterns than top loads.

TJ-9000 provides comprehensive connection tables for beams with side, top, and point loads. By understanding how the beam will be loaded and the overall application of the member, designers can choose the appropriate product to ensure a successful installation.

One common question we receive is how to connect multiple ply beam members. The key to designing and installing engineered wood beams effectively lies beyond simply looking up a member in a table. A thorough understanding of the beam's loading conditions, as well as its physical properties, is crucial for ensuring that the connection is adequate and the beam performs as expected.

By considering these factors, designers can ensure that their engineered wood beam installations are successful and long-lasting. With Forte's advanced functionality and TJ-9000's comprehensive connection tables, designing connections for beams with Microllam LVL has never been easier or more accurate.

Microllam lvl beam span table