Sentence examples for obstacle shape from inspiring English sources

Fig. 12 Obstacle shape change due to its motion Fig. 13 Determination of the size and trail cost graphs respectively.

A new analytical model is presented for Martian obstacle shape variation for different solar wind ram pressure.

Accordingly, the effect of number of ensembles, frequency of updates, aspect ratio of the obstacle, shape of the obstacle, and the distance between injection/production wells and the obstacle, on the sweep efficiency behind the obstacle will be investigated.

Ashby's critical dipole spacing Q′ argument for the self-stress effect of dislocations is utilized but analysis suggests that the spacing Q′ varies with the local obstacle distribution as well as with the obstacle shape.

To achieve the objectives of this investigation and study the effect of frequency of updates, aspect ratio of the obstacle, shape of the obstacle, and the distance between injection wells and the obstacle, on the sweep efficiency upstream of the obstacle various sensitivity analyses were conducted.

To this end, various obstacle shapes were included at different depths to determine at which geometric configuration, the greatest and lowest impact forces are induced.

A laboratory-scale experimental apparatus for a prototypical core catcher system was built, and experiments were conducted with various mass fluxes and obstacle shapes under atmospheric pressure.

Two obstacle shapes have been used, namely a vertical barrier, for which the grid is Cartesian, and a smooth cosine-shaped obstacle, for which a boundary-conforming transformation is incorporated.

The effectiveness of the proposed adaptive path-planning control scheme is verified by numerical simulations and experimental results of a differential-driving mobile robot under the possible occurrence of obstacle shapes.

These trajectories use limit-cycle principle already applied in the literature but with the difference that the applied limit-cycles are now elliptic (not circular) and are more generic and flexible to perform navigation in environments with different kinds of obstacles shape.

First, dynamic obstacles, unknown environment, obstacles' shapes and collision avoidance should be studied.