In this paper, the experimental response of four connecting systems having the same geometry but based on different innovative technologies (mono- and bi-component blind rivets, circular press-joints, self-piercing rivets) is shown.
We defined and compared four levels of fragmentation analysis, or fragmentation geometries (FGs), each based on different fragmenting elements, e.g., only anthropogenic, or combinations of anthropogenic and natural elements.
While the evaluated numerical models are based on different assumptions, input parameters for these elements are primarily physical properties such as section geometry and uniaxial behavior of materials.
This was also anticipated based on the documented different geometries of the 68Ga-DOTA and the 177Lu-DOTA chelates.
The physical origin of switching behavior is interpreted based on the different molecular geometries, location and size of the frontier molecular orbitals and the HOMO LUMO gap.
Measurements have been performed in two cross-flow fans having the same two-module impeller but casing geometries based on very different design concepts.
That vocabulary is "heavily based on intricate geometries," he added.
The analysis was performed based on the different a) load combinations, b) wall geometry, c) material type (unstabilized or cement stabilized) and d) mechanical properties of the materials.
We show more improvements using a different approach based on geometry.
Based on the tetrakaidecahedron geometry and different strut morphologies of the ceramic foams, we have derived a generalized analytical model that encompasses all geometrical parameters precisely.
