At the time of designing structures up to date, the density and magnitude of the load have
increased, and the requirements for regulation have also become more stringent. To ensure …

The use of group theory in simplifying the study of problems involving symmetry is a well‐
established approach in various branches of physics and chemistry, and major applications …

Group theory provides a formal means for exploiting symmetry in the analysis of physical
systems. In current group-theoretic formulations, it is assumed that the symmetry properties …

Group theory has been used to study various problems in physics and chemistry for many
years. Relatively recently, applications have emerged in engineering, where problems of the …

Group theory has been used for many years to study phenomena in various branches of
physics and chemistry, such as quantum mechanics, crystallography and molecular …

We consider the problem of the free vibration of plates, and develop an efficient group-
theoretic formulation for the solution of the problem by the method of finite differences. The …

Symmetry properties of physical systems may be studied through symmetry groups. In recent
times, group theory has found application in the study of various problems in structural …

An efficient group-theoretic method is proposed for the buckling analysis of symmetric
prestressed space structures. Tangent stiffness matrices and geometric stiffness matrices of …

Im Schienenverkehr zeigt sich aus den Entwicklungen der letzten zwei Jahrzehnte ein klarer
Trend zu schneller fahrenden Zügen, im Personenverkehr als auch im Güterverkehr. Sowohl …

Matrices associated with symmetric and regular structures can be arranged into certain
block patterns known as Canonical forms. Using such forms, the decomposition of structural …