Equating the work expended by the external loads to the power dissipated internally for a kinematically
admissible velocity field, we can get the expression of pseudodynamic ultimate bearing capacity of shallow strip footing.
coupled relative spacecraft motion control using the state-dependent riccati equation method," Journal of Aerospace Engineering, vol.
The upper-bound theorem states that the rate of work done by external forces is less than or equal to the rate of energy dissipation in any kinematically
admissible velocity field (Drucker et al.
As stated repeatedly, at present it is widespread to inversely evaluate the distributions and histories of fault slips and their influence kinematically
from seismograms for both strike-slip and dip-slip earthquakes, but from a dynamics point of view, it is more difficult to treat shallow dip-slip fault rupture than strike-slip one because of the smaller amount of the near-field seismological records of this dip-slip faulting type and also owing to the analytical intricacy in obtaining the mechanical characteristics, especially near the tip of surfacing fault rupture.
Variability of the location of the tibial tubercle affects the rotational alignment of the tibial component in kinematically
aligned total knee arthroplasty.
These four elements are required to make the ruptures kinematically
It provides a kinematically
correct gear, that can run in either direction of rotation, and on which the backlash is infinitely adjustable from an acceptable maximum to near zero.
For the first time the team kinematically
disentangled this ancient component from the stellar population that currently dominates the mass of the central Galaxy.
These structural elements are kinematically
associated to a regional basal decollement located at the base of Jhelum Group rocks.
The REX system is designed to keep its state kinematically
balanced for combination motion types, which eliminates the requirement of crutches or any other external support system.
Expressions have been developed which give the ultimate strength of conical shell footings subjected to central vertical loads, by kinematically
analyzing failure mechanisms identified from the results of tests.