Sentence examples for most current design from inspiring English sources

However, most current design methods are native structure eccentric and folding kinetics has rarely been considered in the design process.

Pavement and railtrack design is of huge importance to society and yet the theoretical basis for most current design methods is still very simplistic and crude (Brown, 1996; Yu, 2006).

However, most current design computation models follow an automation-oriented paradigm that only deal with strictly defined problem solving and optimization, but fail in establishing an intuitive and interactive communication with designers.

In addition, most current design codes [ACI Committee 318; Australian code AS 3600 (2009); Canadian code (CSA A23.3-04); Eurocode 2 (2004) and New Zealand code (NZS 3101-1)] have recommended the STM approach as a design tool for RC corbels.

The experimental data show that the seismic earth pressure on walls increases linearly with the free-field PGA and that the earth pressures increase approximately linearly with depth, where the resultant acts near 0.33 H above the footing as opposed to 0.5 0.6 H, which is suggested by most current design methods.

Since most current design methods neglect the effects of girder bending and torsional stresses on the horizontal and vertical bracings, the chapter gives particular attention to the horizontal forces in the top horizontal bracings as well as the vertical bracings due to pure bending or combined bending and torsion.

However, most current designs are optimized for studying either motor learning or stiffness.

Most current designs have been developed for studying dynamic learning and rehabilitation and are restricted to 2D space.

In most current designs of D-T fusion reactor breeding blankets employing Li-based ceramic as breeder materials, the use of a helium sweep gas containing 0.1% of hydrogen is contemplated to extract tritium via isotopic exchange reactions.

In most current designs of D T fusion reactor breeding blankets employing Li-based ceramics as breeder materials, the use of a helium sweep gas containing 0.1% of hydrogen is contemplated to extract tritium via isotopic exchange reactions.

The use of air-cathodes in microbial fuel cells (MFCs) has been considered sustainable for large scale applications, but the performance of most current designs is limited by the low efficiency of the three-phase oxygen reduction on the cathode surface.