Sentence examples for pillar geometry from inspiring English sources
To address this issue, particular pillar geometry, namely a saw-shaped pillar, was micro-fabricated.
These results are significant in designing anti-icing/ice-phobic surfaces for practical applications because ice adhesion can be tailored by micro/nano pillar geometry.
Effects of pillar geometry and pillar strength parameters on pillar behavior were investigated for hard rock material typical of Canadian mining conditions.
The microstructures were fabricated by replica molding and self-replication with varying pillar geometry [diameter: 5 μm, spacing-to-diameter ratio (s/d): 1 10 (equal interval), height-to-diameter ratio (h/d): 1 5] over an area of 100 mm2 (10 mm × 10 mm).
Square and rectangular pillars with different orientations were used to show that electric field distribution, velocity, and motion are impacted by pillar geometry and packing [ 171].
The spring constant of the PDMS pillars ranges from 1,31 - 1556 nN/μm and is mainly adjusted by changing the pillar geometry, i.e. length and diameter.
c SEM image of stretched DNA bundles on three different pillar geometries.
Crystal plasticity modelling explicitly captures micro-pillar geometry, crystal orientation, as well as the stiffnesses of components of the experimental testing frame and sample mounting.
Mining parameters including the length and width of the pillars, the geometry of the excavations, the height and the length of the mining face, the technology of excavation liquidation, etc., Rock mass properties associated with the spatial configuration of individual rock layers, their thickness, strength, deformability, discontinuities characteristics, the depth of the mining operations, etc.
Logistic regression was utilised to calculate the probability that a particular pillar of a given geometry (width to height ratio) and a known stress condition (strength to stress ratio) will be stable.
Using a novel proprietary forming process that creates millions of microstructures in parallel, a variety of micropatterned surfaces were fabricated to study the influence of shape (oval, circular, square), geometry (depressions, pillars) and feature size (10, 50 and 100 mm) on both contact friction and surface damage.
