An analytical approach for estimating the limit load of tension-loaded tubu
lar T-joints is derived. The approach is based on a first approximation of
an upper bound for a reference structure and the actual structure, and a mo
re accurate value of the limit load for the reference structure. The improv
ed limit load of an actual structure is then determined as a combination of
these limit loads. A simple analytical equation for the limit load of the
tension-loaded tubular T-joint is obtained and evaluated on the basis of ex
perimental and analytical data.