A superposition method to construct a general solution of the equations of the theory of
elasticity as a sum of two solutions obtained by a method of initial functions in the form of …

In this work, the method of initial functions for a micropolar medium under conditions of
plane strain has been developed. In a Cartesian rectangular coordinate system, the solution …

In the 1950s, the method of initial functions (MIF) was developed in the Soviet Union. It
rapidly became popular among research scientists, civil engineers, and, later, among …

This paper presents a study carried out on reinforced concrete infilled beams. In reinforced
concrete beams, less stressed concrete near neutral axis can be replaced by some light …

Behaviour of beam depends on its depth. A beam is considered as deep, if the depth span
ratio is 0.5 or more. In the available beam theories, we have to apply correction in case of …

This paper reveals a study performed on reinforced concrete with artificial aggregate
concrete block infill composite beams to innovate a lightweight reinforced concrete utilizing …

In this article a superposition method for analysing an orthotropic elastic rectangular with
arbitrary boundary conditions is presented. Two solutions in trigonometric series derived by …

This study investigates plate analyses employing the method of initial functions (MIFs)
across various plate geometries and loading conditions. The conclusions derived from thick …

Taking into consideration an own weight when analyzing massive solids is rather important
problem of the theory of elasticity and structural mechanics. Thick layered plates are often …

The main aim of this study is the dynamic analysis of isotropic homogeneous beams using
the method of initial functions (MIFs) and comparison with classical beam theories and FEM …