Sentence examples for constant inclination from inspiring English sources

However, the control algorithm was not able to bring the IB to the vertical position and instead kept it inclined in the opposite side with a constant inclination angle of around 7°. Changing ( h_{2} ) in the mentioned manner also has an impact on the linear motion of the vehicle in the X direction as clear from the fraction displacements of both wheels.

Mr. Blumenthal, a Democrat, attributed the diversion of funds to the "constant inclination and temptation to use the money for pet projects, or to fill gaps in the budget to meet needs that seem immediate and urgent but ignore the long-term obligations and opportunity to save lives and save money".

This research covers only stairs with a constant inclination and a pitch between the contact points.

Although drillers aim to drill a constant inclination hole once in the pay zone, the more frequent outcome is a sinusoidal wellbore trajectory.

The pole of the orbital plane of uncontrolled GEO satellites regress around the pole of the Laplace plane at nearly constant inclination and rate.

Moreover, pipelines with small pressure differences ((left| p_{i,t}-p_{o,t}right| le varepsilon)) are approximated by a plane with a large and constant inclination to avoid numerical instability.

The implications for prosthetic design are as follows: stem design and insertion should respect the insertion facet of the supraspinatus, a constant head inclination is an adequate approximation, only one head height per radius is required, and the capability for adjustment of medial offset is mandatory.

The opening movement of the model can be described best as one short, smooth, and slightly U-shaped for- and upwards movement with a quite constant head inclination.

After six gates accelerating the racer up to average GS speeds, the racer entered a five-gate section with constant slope inclination of 27.5°.

However, the surface radiation keeps constant for different inclination angles.

This article investigates a method for obtaining all equilibrium configurations of a cantilever beam subjected to an end load with a constant angle of inclination.