Sentence examples for positioning of materials from inspiring English sources

Especially with re-enacted works Mr. Lee will sometimes change the positioning of materials from that in previous shows, depending on the exhibition space and his mood — an approach that Ms. Munroe called "iterative".

Four control characteristics of maintenance spare parts – criticality, specificity, demand pattern, and value of parts – are discussed in terms of their effects on logistics system elements – network structure, positioning of materials, responsibility of control, and control principles.

An overview of the physical work demands will be sent back by the contact person to the ergonomics consultant, describing what the physical work demands at risk are, the category of the physical work demand, i.e. horizontal transportation; vertical transportation; or positioning of materials [ 20], and the possibility to reduce the physical work demands.

An overview of the physical work demands will be made by the contact person, describing what the physical work demand at risk is, the category of the physical work demand, i.e. horizontal transportation, vertical transportation, or positioning of materials [ 20], and the possibility to reduce the physical work demands.

56 57 A multidisciplinary team of hospital surgical staff learned from the experience of runway operators at an international airport regarding marking, position of materials, traffic flows, safety rules and regulations, and incident management.

The methodology followed to accomplish those objectives, Figure 1, consisted in analyzing the different factors that condition the position of materials and devices, and the constraints to be satisfied.

A novel system is derived involving second order elliptic operators where the field variables are the positions of material points of the surface, the mean curvature vector and the surface phase field function.

In MCM, an optimal structure can be obtained by manipulating the sizes and positions of material clouds, which are material patches with finite sizes and constant material densities, and the numerical analysis can be done using fixed background finite element mesh.

3D bioprinting is one such technology, which facilitates the layer-by-layer precise positioning of biological materials, biochemicals, and living cells, with spatial control of the placement of functional tissue components.

The "underlay" reconstruction (material positioned between the dura and the bone of the anterior skull base) was used in 59/62 cases (95%) and the "inlay" technique (positioning of the material on the dura from within) in the other cases.

The VTK domain was fused either to the N-, C- or both terminals of the spider silk domain to understand the effect of position on material properties and mineralization.