Sentence examples for fracture propensity from inspiring English sources

Increased cortical porosity has been suggested as a possible factor increasing fracture propensity in patients with type 2 diabetes mellitus (T2DM).

Ceramics are vulnerable to fracture due to impact and from stress concentrations (point and line loading) such as those associated with impingement-subluxation. Thus, ceramic cup fracture propensity is presumably very sensitive to surgical cup positioning.

A number of factors have been found to be associated with fragility fractures, they include advanced age, positive family history, height, existing fracture, propensity to falls, and postural instability [ 5- 7].

We believe that this bone mineral loss in combination with fracture patients' propensity for falls would explain our findings.

The fracture has a propensity for non-union and avascular necrosis.

Despite their assertions, there is little evidence to suggest clinicians can readily differentiate patients with OI (and other metabolic bone disorders with a propensity for fracture) from those who have sustained their fractures as a result of CAN [ 21– 23].

These data suggest that perturbations in bone formation surface, relative to resorption surface, are potentially important in producing bone in the proximal femur with increased propensity to fracture.

It is found that the pure CO2 and the post-combustion pipelines exhibit very similar and highly temperature dependent propensity to fracture propagation.

A quantitative approach is proposed to relate the propensity to fracture anisotropy to a simple microscopic parameter characterizing the degree of anisotropy in the spatial distribution of second phase particles.

The application of the model to an hypothetical but realistic CO2 pipeline reveals the profound effects of the line temperature and the types of impurities present in the CO2 stream on the pipeline's propensity to fracture propagation.

The problem is that the same properties that give metallic glasses their strength also contribute to their propensity to fracture.