… In this paper, we consider the reduced purely geometric model … surfaces or natural boundary
conditions for which integration by … Space adaptivity: accurate description of a surface with …

… define a new evolving surface finite-element method for numerically … geometry necessary
to describe the problem and numerical … We then obtain using integration by parts (2.2) and the …

… interface description is done in the real element geometry. For … We also note that the integration
of singular integrands is … [162], the integration on a crack surface with contact is discussed…

… avoids integration … overview of the motivation and the main results follow. At this point, we
will omit certain technical details regarding the geometrical consistency of the adaptive method…

… The map Ψ gives a Lagrangian description of the surface flow: a particle initially … the
geometrical evolution of the surface is known, ie, φ is prescribed and hence uN and all the geometric …

… the finite volume method, which is integrated), the governing equations in the finite element
method are integrated over each finite element … that allows us to describe the geometry of our …

… for the trace finite element method in H 1 and L 2 surface norms … order approximation of
curved geometries. It appears that the … , a problem of integration of finite element functions over Γ …

… the three-dimensional geometry of visible surfaces in a scene from … background of the finite
element method and the iterative … surface approximation problem has been posed in integral …

… surface geometry and the mesh. In Section 3 we describe our finite element spaces and
method… In the first we defined all forms (integrals) needed in the method on the discrete surface Γ …

… To define finite element methods, we need a formulation of the surface … with the finite element
interpolation and geometric error to … Reusken, “A trace finite element method for a class of …