Sentence examples for modification of internal from inspiring English sources

The response of the bone to physiological loads results in changes of the internal architecture of bone, reflected by a modification of internal effective density and mechanical properties.

The subject studies the modification of internal and external flow passages under certain specified objective constraints while satisfying the governing flow equations.

Consequently, it could be found that the thermal properties of the epoxy coating system were greatly influenced on the irradiation and DBA tests, which were probably due to the modification of internal network structure of the epoxy resins.

Remarkable change in high/low friction coefficients of the UNCD and DNR films depending on test atmospheres is found to relate with the modification of internal chemical structures of these films.

Modeling this process in SPB stars, we find that significant modification of internal rotation profiles can occur on timescales as short as centuries.

For the universities, incorporating all the features of entrepreneurship requires a modification of internal structures and practices including adoption of the technology transfer office (TTO) as a new career field for their professionals (Mosey et al., 2006).

Additionally, the optimal assignment on molecular graphs has the advantage to investigate and interpret the mappings, allowing precise modifications of internal parameters of the similarity measure for specific targets.

We propose a simple modification of this "internal fluid" method.

The proposed network, by taking into account the modification of its internal state as a consequence of the action performed, evolves following a differential Hebbian rule.

The identified static and dynamical effective properties of bone are correlated to physiological factors, such as the age of patient, the effective bone density, and pathologies leading to a modification of the internal architecture.

The structural principles obtained from this study could be used for the design and fabrication of high-strength beams in load-bearing applications through the modification of their internal architecture, rather than their external geometry, opening up the possibility for new architectural design strategies of materials that are safer and more structurally sound.