… of a stabilized mixed strain/displacement finite element formulation for the solution of nonlinear
solid mechanics problems involving compressible … The variational multiscale stabilization …

… variable and appropriate stabilization techniques (see [29]). The … is limited to compressible
nonlinear solid mechanics. … In Section 3 the stabilization is extended to nonlinear problems, …

… finite element methods without compromising their consistency, we introduce some stabilizing
terms in the mixed … In Section 3, we discuss the finite element approximations for the …

… linear, and non-linear solid dynamics for compressible, nearly … This work showed the
capabilities of the mixed formulation (… of: Section 2 contains the problem definition; Section 3 …

… In Section 3 the OSS stabilization technique in hyperelastic … We want to deal with
compressible models that can reach the … The stabilized finite element method we propose in the …

… materials are simulated, but also in the case of compressible ones. … Mixed Enhanced Element
for small deformation problems [3]. This is a special three-field mixed finite element method …

… topics of nonlinear elasticity, namely continuum mechanics (Chapters 2… (Chapter 7 and
8). The therein involved Sobolev and finite element spaces are discussed in detail in Chapter 3 …

… a pressure-projection stabilization method originally published … in the field of particle finite
element methods and plasticity [22, … we formulate the mixed boundary value problem of nearly …

… three two-phase stabilized formulations discussed in this paper belong to the class of direct
stabilization methods… The basic formulation, in which solid grains compressibility is neglected…

… has been successfully applied to not only incompressible flows, but also compressible flows.
… A stabilized Lagrangian finite element method for viscous free surface flows. In preparation. …