Compactness and bracing provisions for the design of steel beams are formulated so as to
ensure that the resulting beam exhibits adequate structural ductility. The specification of …

Substantial research has been conducted in recent years into the structural response of
stainless steel components, with the focus being primarily on doubly symmetric cross …

Angle steel towers are widely used in various transmission lines owing to their convenient
connections, easy availability, simple production processes, and high efficiencies. Cross …

The stability and design of steel equal-leg angle section members subjected to uniaxial
bending are studied herein. An experimental investigation, comprising material testing …

Box beams are widely used for both curved and straight structural members due to their
superb torsional properties. When horizontally curved members are subjected to vertical …

This paper outlines the results from a research program aimed at studying the impact that
certain features of the uniaxial material response representation of steel have on the …

This paper investigates the influences that non-homogeneous material properties and
residual stress distributions have on the structural ductility of single angle beams bent about …

The design of unbraced steel angle section beams against biaxial bending and torsion
requires the ability to predict their lateral buckling strengths when bent about the major …

Collapse of steel latticed transmission towers under strong winds is a significant safety
concern for power systems. Attaching additional members to the tower members can …

In this paper experimentally verified nonlinear finite element techniques are employed in the
study of equal leg single angle beams bent about the geometric axis. From the study of the …