Sentence examples for geometry length from inspiring English sources

First a building with reference floor geometry (length 60 m, width 12 m, height 6 m) was simulated.

The indentation deformation behavior of soft and hard micro-/nanostructures is discussed in conjunction with the material properties, sample shape, and three-dimensional geometry length scale.

The methodology for extracting heterogeneous kinetic data from the experiments is presented, and the effects of catalytic activity and channel geometry (length and hydraulic diameter) on reactor performance are elucidated.

The thickness effects of high-tensile-stress contact etch stop layer (HS CESL) and impact of layout geometry (length of diffusion and gate width) on mobility enhancement of 〈100〉/(1009090 nm SOI nMOSFETs were studied in detail.

The amount of available energy at the tunnel entrance depends on the hydrogeological and thermal properties of the rock-mass and the geometrical and technical characteristics of the tunnel (geometry, length, lining materials, excavation methods).

The key factors of FES technology, such as flywheel material, geometry, length and its support system were described, which directly influence the amount of energy storage and flywheel specific energy.

This task is very challenging because several geometry lengths are involved.

Notice that the geometry (lengths and angles) of the path is preserved if we consider the path.

The effect of geometry (lengths of the extended ducts and expansion chamber, and the offset angles of the asymmetric configuration) on the multidimensional wave propagation and acoustic attenuation performance is discussed in detail.

The model is validated by experimental data and used to numerically study the effects of electrode properties (contact angel, porosity, thickness and platinum loading) and channel geometries (length and depth) on liquid water profiles and cell performance.

Upon generalizing recent results for tetrakis structures composed of two different rod geometries (length and cross-sectional area), we derive the elasticity tensor of a lattice with generalized tetrakis architecture, which is composed of three kinds of rods and generally exhibits anisotropic response.