Sentence examples for overcomes the maximum from inspiring English sources

The direction of the movement, which can be obtained from the position sensor for the pad, however, has a limited effect in solving the sticky-wall problem, since the movement occurs after the operating force overcomes the maximum static friction under the haptic voltage application.

The software is capable to determine the optimal shelf temperature for primary drying, ensuring the fastest drying time without overcoming the maximum allowable product temperature both in scouting and production cycles.

Thus, in some cases, DHA can make possible to overcome the maximum threshold of ROS tolerability by cancer cells, bypassing thus the oxidative stress resistance [ 49].

Perimeter phase overcomes the local maximum situation.

In this paper, we propose a new approximate algorithm, APMotif, which overcomes the local maximum drawback to some extent that is inherent in the EM motif-finding algorithms and guarantees that most motifs can be discovered for specific (l, d) settings.

This not only overcomes the need for the maximum tolerated dose of cisplatin but also avoids the toxic effects of systemic TNFα but still permits the cooperation between TNFα and cisplatin.

Even though MCMC could obtain the global maximum in theory, multiple runs of BHIT may overcome the local maximum in practice.

Detachment occurs when the maximum stress at the contact tip overcomes the limiting stress for adhesion.

A simple approach is presented for computing the maximum line length where linear precoding overcomes the noncoordinate system.

The main arguments of these works were strongly inspired by Rabinowitz [2], Wang [3] and del Pino and Felmer [4], in which other arguments to overcome the lack of a maximum principle of the biharmonic operator were required.

In this sense, our first contribution is overcoming the lack of a maximum principle of (Delta^{2}) in (mathbb{R}^{N}) by using some arguments of Chabrowski and Yang in [15] to prove that there exist positive solutions of a linear version of (1.2), which in particular implies that (mathcal{K}^ subset-mathcal{K}) (see Lemma 2.10).