Sentence examples for mechanisms static and from inspiring English sources

The shoulder joint is characterized by complex stabilizing mechanisms (static and dynamic), additional physiologic anatomic variants (e.g., sublabral foramen, Buford complex, and meniscoid labrum), and various pathologic presentations, which results in challenging imaging and even arthroscopic interpretation.

This research is concerned with wettability mechanism; static and dynamic study of contact angle through water droplet absorption on the multiple scale nano-roughness covered by different weight ratio of oppositely charged inorganic nanoparticles and amino-functionalized polysiloxane.

Starting from the basic assumption that binders damage behavior at high temperatures can be described by separating delayed elastic phenomena from viscous deformation mechanism, static and repetitive creep experiments were performed to associate specific characteristics of the binders' time-dependent response to the materials damage resistance in conditions of incipient failure.

This is of importance for the design of inherently shaking force balanced mechanisms, static balancing, and other branches of mechanical synthesis.

The microstructural model combines both the effect of the recrystallization mechanisms (static, dynamic and metadynamic) upon the austenite grain forming in hot rolling and that of phase transformation upon the final microstructure.

Of those ten mechanisms, six twoo static and four activity-based ones) were shown in [26] to provide the best traffic policing results.

This paper presents the mechanism, the static and dynamic characteristics of the air motor, as well as the velocity and position controls in actuating systems.

We investigated the focal mechanisms and static stress drop using the MCMC method and the static stress change resulting from the January 21 event.

Perhaps with the assistance of novel genetic approaches [74], [75], detailed in vivo exploration can permit the incorporation of mechanisms of both static and dynamic functional architectures that define association cortical areas and ultimately support complex cognitive function.

Eckhoff stated that "the patella is a passive component of the extensor mechanism, where the static and dynamic relationships of the underlying tibia and femur determine the patellar tracking pattern" [2].

Most of these machines have serial mechanisms so that modest static and dynamic stiffness become very critical design issues when high speed machining capability is required.