Sentence examples for geometry height from inspiring English sources

It should be noted that if the cell dimensions change, the limiting parameters growth rate and dimension described in this manuscript would change as electromagnetic field induced protein synchrony is activated by typical features of the cell geometry (height, width and length).

Computational Fluid Dynamics simulations of a typical occupied office were performed to study the effects of ventilation parameters (supply momentum and heat gain intensity) and inlet geometry (height and area of the supply) on the temperature profile of the air in the space.

As earlier suggested, the material properties were kept constant together with the slope geometry (height = 35 m and angle = 40°).

Wall geometry: (height of wall and Roadway width) The rigid wall with reinforced backfill technology is suitable particularly for the construction of flyover approach roads and road construction in hilly areas.

The dump slope geometry (height, width and angle) recorded in Table 5 were analyzed using a statistical method known as principal component analysis (PCA) to decipher which geometric components would have more influence on the stability of the dump slopes [11, 12, 24].

Measurements are reported for flame geometry (liftoff heights and flame heights), flame radiant fractions, and emission indices for oxides of nitrogen (EINOx).

Geometry: Tower height: h = 33.8 m, outer diameter at tower top: d out top = 1.69  m, outer diameter at tower bottom: d out bot = 2.4  m, distance from rotor to nacelle midpoint L = 1.5  m.

Tephra dispersal from explosive eruptions is a function of multiple factors, including magma discharge, degree of magma fragmentation, vent geometry, plume height, particle size distribution, and wind velocity.

Closed-form analytic solutions are derived for its geometric and optical properties: reflector geometry, aperture, height, reflector length, angular acceptance function and average number of reflections for any degree of truncation.

LIDAR allows fast, non-destructive measurement of the 3D structure of vegetation (geometry, size, height, cross-section, etc).. LIDAR provides a 3D cloud of points, which is easily visualized with Computer Aided Design software.

A simplified model of the fundamental stove physics is developed for predicting bulk flow rate, temperature, and excess air ratio based on stove geometry (chimney height, chimney area, viscous and heat release losses) and the firepower (as established by the stove operator).