Photovoltaic gusset plate artifact

How are steel gusset plates designed?

A particular focus is placed on the design of steel gusset plates under tension and compression, including the well-known Whitmore method, block shear and buckling design approaches. Representative design methods are reviewed and evaluated based on available test data.

Are gusset plates subject to compression?

of gusset plates subject to compression. The interim results from this investigation show that for bolted gusset plates connected on one edge only subject to compression (shown in Fig 1) the model - Simple Joints to Eurocode 3’ states:‘Preferably, gusset plates in compression should be supported

Are gusset plates welded?

There are large force demands at the interface of the gusset plate to the beam. Thus, the welded connection between the gusset plate and the beam may experience fracture in the seismic events. However, in the one-piece gusset plates, there is not any welded connection between the one-piece gusset plate and the beam.

Does a gusset plate have a load eccentricity?

In this case, a load eccentricity may be presented if the splice member is connected to only one side of the gusset plate. Due to the presence of load discontinuity and the complex stress state, gusset plates are always considered as critical elements in structural design.

Why are gusset plates important?

Due to the presence of load discontinuity and the complex stress state, gusset plates are always considered as critical elements in structural design. Moreover, the failure of a single gusset plate may cause subsequent failures of the connected members, possibly resulting in a catastrophic consequence.

Which research needs are identified in the field of gusset plate research?

Finally, future research needs are identified in the field of gusset plate research. Gusset plate, or gusset, refers to a plate element connecting two or more structural members via bolted, riveted or welded connections.