Sentence examples for excessive stiffness from inspiring English sources

Bronzino's posthumous fame has rested primarily on his portraits, and this exhibition offers a rare chance to see a large number of them together and to re-examine the cliché of their excessive stiffness and formality.

However the excessive stiffness achieved with LCP is not observed with the use of a single SLE on each side of the osteotomy[ 15].

Unfortunately, the excessive stiffness of the sensor sheet means that it cannot be optimally adjusted to longer segments of the processes forming the alveolar arch, or where the ridges are atrophied or irregular in shape.

Conclusions: The broad base columellar strut technique is simple, easy, does not cause excessive tip stiffness and reduces the need to use the plumbing graft in conjunction with the columellar strut, and should help in increasing tip rotation and columellar show reliably and may add to tip projection as required.

In 17 feet that presented with completely unreducible deformity due to excessive joint stiffness and excessive elongation of the lateral column of the foot, posteromedial release combined with lateral release of the subtalar joint and cuboid subtraction osteotomy fixed with a percutaneous Kirschner wire [22] was performed (Table 1).

Although with lacking evidence in clinical trials, in our opinion the hypothetical increased risk of implant loosening due to excessive construct stiffness in vivo cannot be assumed.

In addition, the association between ScysC and AIx remained independent after adjustment to eGFR suggesting that an increase in ScysC concentration might not only reflect impairment in renal function but also to a certain extent excessive arterial stiffness.

In this regard, ScysC has recently been suggested, in the general population [ 12– 15], to be independently associated with excessive arterial stiffness, a condition that has attracted considerable interest in cardiovascular epidemiology [ 15].

From a mechanistic standpoint, excessive arterial stiffness is responsible for a premature return of the reflected pulse wave in the late phase of systole, which causes an increase in central pulse pressure and thus an excess of workload and oxygen demand for the left ventricle.

Solid elements were not eroded in this study to avoid excessive loss of stiffness.

Thirdly, over-active muscle activation resulting in excessive load or stiffness control.