Sentence examples for designed for acceleration from inspiring English sources

In this paper, a concrete frame with shear wall containing 4-stories and 4-bays has been designed for acceleration records of 0.1 g to 1.5 g and the rate of damage is determined.

A novel implementation of the semi-implicit fractional-step method designed for GPU acceleration of the incompressible Navier Stokes equations is presented.

A biomacromolecular layer-by-layer coating process of chitosan/heparin onto a coronary stent is designed for the acceleration of the re-endothelialization and healing process after coronary stent deployment.

Finally, the results reported from the final alignment stage are ranked by E-value, with the default showing all hits with E < 1. MSCYK is a heuristic designed for search acceleration; we expect that its speed comes with a loss of sensitivity, but we want the loss to be minimal.

But BMW's engines were designed for speed and acceleration, not for the silent smooth ride of a car created for people with chauffeurs.

The AFA prefetcher is based on the Data-Access History Cache, a hardware structure that is specifically designed for data access acceleration.

It seems that a new RFQ structure should be specially designed for the simultaneous acceleration in order to neutralize the transverse space charge effect and increase the beam transmission rate at the same time.

The parameters for the fragility functions are given in Table 5 and are based on the results obtained from nonlinear time-history analyses for the individual structures designed for peak ground accelerations of 0.24 and 0.30 g, respectively (the design peak ground acceleration values for Bucharest from the 2006 and 2013 versions of the Romanian seismic design code).

The economic feasibility is decided based on the total losses for a planning horizon of 50 years, that is if the losses for the structure designed for a peak ground acceleration of 0.36 g are smaller than the losses for the other two structures designed for smaller peak ground accelerations, then it is economically feasible to increase the design level.

Various channel configurations can be designed for different threshold levels of acceleration.

In this paper, we numerically interrogate the performance of a prototype biolistic device, designed for a uniform micro-particle acceleration and penetration.