Sentence examples for obstacles whose from inspiring English sources

The question is posed as though it involved deep questions and high obstacles, whose true nature the uninitiated cannot be expected to grasp.

On the road ahead stand three obstacles, whose combined effects could result in an exacerbation of the crisis, and therefore the end of Europe as a collective project.

When the beam penetrates some obstacles whose attenuation does not avoid the beam detection, the TOA technique is applicable.

A guidance law aims at making a UAV pursue a target's horizontal position while vertically avoiding obstacles whose global positions are known.

The road network is a complex environment; it is partially known and highly dynamic with moving obstacles whose future behavior is not known in advance.

The procedure consists of measuring the vibration transmitted to the operator when the truck is travelling over a test track made up of a straight length of good quality surface with obstacles whose characteristics depend on the type of truck and its wheel characteristics.

Bow shock formation occurs at upstream of the obstacle whose location changes with the solar cycle.

This was because the obstacle no longer behaved as a straight obstacle but as a convex obstacle whose radius of curvature decreased with decreasing amplitude-to-sag ratio.

The formation of a seed wave takes place only when three conditions are simultaneously satisfied: (a) the model parameters are such that the system lies in the strong-meander regime; (b) fiber rotation is present; and (c) the scroll wave interacts with an obstacle whose radius is large enough to anchor it.

To the Editor: Mr. Hogancamp (left) could easily have been made the subject of ridicule, but you treated him with dignity and respect and the result is an article about a man who has overcome amazing obstacles and whose fragile spirit rises above the rest of us.

The pressure variations encountered by the different obstacles could be explained quantitatively with a granular force model, that assumes the formation of a mobilized volume of snow granules extending from the obstacle upstream whose dimensions depend on the incoming flow depth and the obstacle width.