Sentence examples for maximum usable magnitude from inspiring English sources

Thus, the maximum usable magnitude of steering force is not Fmax, but Amax shown in Fig. 3.

Integrating the steer capability, stability, durability, favorable area, unfavorable area, maximum usable magnitude of steering force, a new control algorithm of RSSTSP can easily be written using Eqs.

Moreover, a new control algorithm of RSSTSP is developed, considering the steerability, stability, durability, favorable area, unfavorable area, maximum usable magnitude of steering force.

The maximum usable magnitude of steering force can be expressed as follows: A_{hbox{max} } = frac{sqrt 3 }{2} times (F_{hbox{max} } - F_{hbox{min} } ), (1 where Fmax is the maximum support force of the pad, Fmin is the minimum support force of the pad, and Amax is the maximum usable magnitude of steering force.

It can also be expressed using the amplitudes of the steering forces in relation to its maximum usable magnitude, as follows: A_{k} = frac{F}{{A_{hbox{max} } }} times 100%, (4 where F is the steering force.

For a given position of the three pads, if the maximum usable magnitude of steering force (Amax) is within the inner circle and outer circle touching the hexagon, it can only be realized at a point on the hexagon, as shown in Fig. 3.

For the first time, using experimental data and numerical simulation, the quantitative dependency between the minimum foF2 magnitudes over round-the-world propagation paths and round-the-world maximum usable frequencies has been obtained.

"I knew if one could not arrive at maximum usable space it would not be economical to build on the site," he said, recounting the political jockeying in Austria that thwarted construction on the building for almost five years.

Strong ionospheric reflections occur only below a maximum usable frequency (MUF), which is determined by the zenith angle of the incident ray and by the ionization density of the reflecting layer.

Maximum usable compressive strain in the concrete.

In addition, a new procedure is proposed to determine the maximum usable strain of FRP-confined concrete based on the maximum usable strain of unconfined concrete.