The new approach facilitates as well the implementation, from one side, of the probabilistic approach for managing the inherent uncertainty and variability of rock mass properties and, from the other, of the RMi system as empirical method for tunnel design.
This new software suite is shown to allow conceptual development of unconventional novel configurations from mass properties through adaptive-fidelity aerodynamics to linear analysis and control system design.
Based on previous work, it has been demonstrated that an accurate representation of the rock mass properties can be obtained from the analysis of variations in blasthole drill performance as derived from measurement while drilling (MWD) systems when using tricone bits.
Sortal properties may also be contrasted with mass properties, like water, gold, and furniture.
The digital medium also allows the full spectrum of mass properties to be investigated with relative ease; whilst it is relatively simple to extract total body mass and CM from physical models [4] it remains extremely challenging to calculate both the mass and inertial properties of each respective body segment [see for example 42] [43 for work on extant animals].
Henderson [6] first produced 3D body volumes from reconstructed sagittal and frontal drawings, with mass computations made by summing the mass properties of independent transverse slices through body volume.
In it the main characters are trying to save their community from mass property development schemes and exploitation.
Quantitatively, charge carrier diffusion can be examined from the effective mass property.
Cheng et al. applied the mass distribution property from physics on the target-ligand network to predict the target-ligand interactions [ 14].
The VPM approach is presented from a philosophical and conceptual perspective, by showing the derivation of its mass and momentum balance properties from the point to the finite scale, and by demonstrating its strengths by means of an application in an operational context.
