Sentence examples for internal remodelling from inspiring English sources

As professor of architecture at the Royal Academy (1975-88), he undertook the internal remodelling of Burlington House, the RA's London headquarters.

It could involve either an internal remodelling process, or complete resorption followed by tissue neoformation.

Mathematical model must be developed in postmenopausal women to study the physiological mechanism of internal remodelling of the bone, by taking into account isotropy and non-isotropy of bone tissues and the non-uniformity of the bone cross-section Tools and programs designed to communicate information from one computer expert system to another should be developed.

(8) Finally, we show that operation during cage growth of the Rule greatly increases the likelihood of producing a closed fullerene cage, specifically one of those permitted, but efficient assembly still appears to require internal remodeling.

Internal remodeling is essentially accounted for by an evolution of the internal bone density versus the trace of the Eshelby stress.

The mandibular bone loss occurs as knife-edge residual ridge where there is marked narrowing of the labiolingual diameter of the crest of the ridge with a compensatory internal remodeling which sometimes leads to a sharp crest of the ridge which proceeds to low, well-rounded residual ridge [2].

This result indicated that the ribosome pathway is one of the most complex and important pathways regulating genes antagonistic to fungal infection, and that further differential internal remodeling in response to different fungal signals is required.

Meanwhile, the elasticity modulus change for internal remodeling is expressed as (9) h h h h h h h h h d E d t = C E U − 1 + s U n for    U > 1 + s U n    Stiffness    increase 0   for    1 − s U n > U > 1 − s U n    Lazy    zone h h h h h h h h h d E d t = C E U − 1 − s U n for    U > 1 + s U n    Stiffness    decrease.

Internal bone remodeling of inhomogeneous materials is studied both theoretically and numerically in this paper.

Two solutions are presented for analyzing thermoelectroelastic problems of internal bone remodeling subjected to coupled axial force, external lateral pressure, electric and thermal loads.

Living tissues show an adaptive response to mechanical load by remodelling their internal structure and morphology.