Sentence examples for component of applied from inspiring English sources

Dynamic equations on time scales have been a component of applied analysis on measure chains to describe the processes that feature both continuous and discrete elements [2 6].

Allen Buchanan (2002) argues that social moral epistemology understood in this sense is a crucial component of applied ethics: for applied ethics to achieve its goal of increasing morally correct behavior, it must identify the social mechanisms impeding the formation of true beliefs that play a role in right action.

This study suggests that perceived clinical relevance is a contributing factor to the retention of basic science knowledge and behoves curriculum planners to make clinical relevance a more explicit component of applied science teaching throughout the medical course.

These findings could be a result of shaft preparation of the tibial component, dispersion of applied bone cement, and potentially the direction of the applied implantation force causing cement intrusion.

Using the elastic constants for Ni Al alloys, and taking into account the effect of the hydrostatic component of the applied stress on D, the model predicts that D decreases by about 6% under an applied stress of 150 MPa.

In sum, rhythm is ingrained in the human conscience and therefore should be a key component of design applied universally.

The static component and the dynamic component of the applied periodic in-plane loading are assumed to vary according to either parabolic or linear distributions.

where A is the angled shear plane at angle θ and Fs is the shear component of the applied load, then F cos uptheta /A sec theta = {tau}_{mathrm{s}} (8).

As natural hazards occur within an environment shaped by anthropogenic activity, it is argued that the consideration of interactions involving anthropogenic processes is an important component of an applied multi-hazard assessment of hazard potential.

Examples that demonstrate the effectiveness and accuracy of the proposed stability equations and the importance of shear deformations and shear component of the applied axial force are presented in detail.

The third approach is a simplified formulation based on the classical Euler theory that includes the effects of shear deformations but neglects the shear component of the applied axial force along the member.