Sentence examples for increased load at from inspiring English sources

According to the current study, the appendicular skeleton should be ready for increased load at 3 years of age, as most appendicular growth plates are closed by then.

This leads to an increased load at the acetabular rim, and may initiate breakdown of the cartilage or labrum; eventually symptomatic osteoarthritis may develop (Cooperman et al. 1983, Murphy et al. 1995, Jacobsen and Sonne-Holm 2005).

For example, ankle braces have been associated with an increased risk of knee sprain via compensatory changes resulting in increased loading at this joint [60].

This restriction can result in increased loading at the ankle, knee and hip as well as decreased energy absorption during certain parts of the stance phase [48, 49].

Upper limb pain and pathologies have been associated with increased loading at extremes of joint excursions [ 15].

Furthermore, overlying degenerative cartilage changes and medial meniscus or meniscal root injury (Ahlbäck et al. 1968, Robertson et al. 2009), which could be degenerative osteoarthritic changes, may weaken the load-bearing capacity (Narváez et al. 2003) and occur with increased loading at the medial femoral condyle, resulting in subchondral fracture.

This resource allocation process increases load at the BS side resulting in more time consumption.

The osteotomy cut was opened until a horizontal tangent in the load displacement diagram was reached i.e. an increasing deformation did no longer require increasing load; At this level the PLL was reached.

It is implausible however, that this dose-response would continue with increasing loads at all anatomical points above the ankle, because of the body's requisite adjustment of the centre of gravity to accommodate the load [ 9].

When the load (L2) and (L3) connect to the microgrid (PL2 = 2 kW, QL2 = 1kVar), (PL3 = 2kw, QL3 = 1kVar), the frequency decreases due to the increased load demand at 0.5 s and 0.7 s.

Radiographic evaluation showed evidence of proximal radiolucencies and distal cortical bone hypertrophy, which we attribute to insufficient proximal bone in-growth and increased load transfer at the tip of the stem.