The use of tubular joints (TJs) is evident, although they are commonly utilized in different
areas, such as buildings, bridges, offshore structures, and renewable energy structures …

Tubular structures are widely used in offshore installations, trusses, high rise buildings,
towers for wind turbines, ski-lift installations, lightning, road pole signals etc., owing to their …

The appropriate probability distributions for maximum SCFs in KT-joint filled with three
different types of concrete under 4 different axial loads are studied. The process started with …

This study delves into the Local Joint Flexibility (LJF) of tubular K-joints reinforced with the
collar plates under in-plane bending moments (IPBMs). 348 reinforced K-joints were …

Numerical research on the stress concentration factors (SCFs) in uniplanar tubular joints is
abundantly reported in literature. However, it has been shown that SCF equations for …

The stress concentration factor (SCF) plays an important role in the fatigue life assessment
of tubular joints. Although various SCF parametric equations have been proposed for uni …

Fatigue design of welded tubular joints implies the calculation of stress concentration factors
at distinct weld toe locations using parametric formulas for basic loading cases. A Python …

The internal replacement pipe (IRP) involves the rehabilitation of underground cast iron (CI),
ductile iron (DI), and steel pipelines through reinforcement with a pipe or liner typically …

Internal replacement pipe (IRP) is an innovative trenchless technology for the rehabilitation
of legacy steel and cast-iron pipelines. This advanced IRP system must be properly …

In this study, an optimal shell element modeling approach for tubular joints in ocean
engineering was developed utilizing a structural stress analysis. Setting the weld seam …