… the variational principles described in the present paper. The aim of the present paper is to
treat the variational principles … elapsed since Hertz initiated the theory of contact elastostatics. …

… Variational Principles for Elastic Bodies In the following, we shall deal with variational
principles associated with mixed boundary value problems. We suppose that the surface tractions …

… all the principles of elastostatics. It is in this way that the four new principles presented here
… In another paper we shall present the systematic deduction of the variational principles from …

… This paper aims at variational principles for linear viscoelasticity which generalize the
foregoing results of classical elastostatics. Although variational principles for viscoelasticity theory …

… They are deduced from dynamical analogues of the classical energy principles of elastostatics
by performing appropriate rearrangements and then neglecting certain terms that are …

… to generalized variational principles and is worldfamous by the Hu-Washizu principle. He
was … A brief summary for the variational principles in elastostatics $6.7 Principle of minimum …

… In this current contribution, six different types of variational principles are investigated: … 1
presents the transformations relating the six variational principles with each other. In Section 2 …

… variational principle rather than on the structure of the potential from which they derive. As
such, the practical application of the principle … The Hellinger–Reissner principle of elastostatics …

… Here, we introduce a novel mixed C 0 variational principle written in terms of displacement
and couple-stress polar vectors that avoids any extraneous contributions to the energy …

… The conclusions to be drawn from this exercise hold for all linear elastostatic problems, but
we continue to employ the beam for purposes of illustration. For the stress quantities we may …