In this paper, an alternative analytical and numerical formulation is presented for the solution
of a system of static and kinematic ordinary differential equations for curved beams. The …

In numerical analysis of frame structures, modeling of the connection between structural
members often requires the introduction of rigid end offsets to correctly describe the stiffness …

Dynamic and vibrational behavior of nonlinear resonant pressure micro sensors is studied in
this paper using a proposed dynamic model. The basic part of the device is a microplate …

Numerical solutions using machine learning have seen drastic development in recent years,
largely due to the advancement in Artificial Intelligence (AI) chips, especially the advent of …

In force-based beam finite elements, cross-section transverse displacements are often
needed for post-processing purposes and for geometrically nonlinear structural analysis …

This paper provides an explicit closed-form expression for geometric-stiffness coefficients for
nonprismatic frame elements defined by their noncentroidal axes. The proposed formulation …

Isogeometric analysis directly employs CAD geometry representation. This approach is very
convenient for the analysis of curved beams, since the arbitrarily-curved beams can be …

A deformation decomposition method is proposed to study the basic deformation
performance of bimodular simply supported beams, which is validated by the finite element …

Curved beams are widely used in combination with the linear elements of various civil
engineering structures. Many researchers attempted to analyze beam curved in plan, beam …

The combined tower crane foundation is widely used in construction sites due to its
advanced utilization rate. However, the immature construction method, unavoidable …