Sentence examples for transversal elements from inspiring English sources

Generally, falling object protective structures for earth moving machines consist of vertical elements, connected by transversal elements, covered by a roof.

In the late nineteenth century, within the Austro-Hungarian Empire, the evolution of the railway network developed according to former directives, its main transversal elements were built just several decades later than the radial ones.

In this article, stakeholder participation is highlighted as a transversal element that Voinov and Bousquet (2010) [58] have suggested contributes to an increased knowledge of the actors and system and the system's dynamics under various conditions, such as vulnerability.

Power analysis of periodic fluorescence signals as a regional readout of the TATS network has successfully identified disease changes, e.g. a loss of transversal TT elements in a hypertension model of chronic HF.

Within the classical laminated plate theory, the small strain core element formulation based on superposition of OPT membrane and DKT plate element is used, along with a layer-wise constant interpolation of the transversal component of the electric field.

(a) Longitudinal component and (b) transversal component.

While fluorescence microscopy studies traditionally focused on the transverse TT elements and subcellular changes at striations, it is important to note that both transversal and longitudinal (axial) TT elements underlie the continuous TATS membrane network, as documented by EM studies and luminal TATS tracing, and more recently by live cell STED microscopy.

The transducer within this system comprises a transversal array of sensing elements, covering the entire contact patch width in a single run.

Furthermore, both transversal and longitudinal TT elements exhibit the crucial TT jSR contacts (dyads; here reviewed) with highly variable shapes and sizes, which ultimately function as intracellular Ca2+ release units (CRUs).

The consideration of this methodology assumes, in general, that the modes associated with the transversal geometry of each element with uniform cross-section are known for the excitation frequencies considered in the analysis.

Exploratory statistical analyses reveal that there exist hardly any correlations between moisture contents in the timber elements and both transversal and longitudinal ultrasonic velocities, although some clustering provides insights into the results obtained.