Sentence examples for high serviceability from inspiring English sources
The reported results showed that high serviceability and ultimate loads, crack resistance control, and good energy absorption properties could be achieved by using the proposed ferrocement forms.
The experimental results showed that better crack resistance, high serviceability and ultimate loads, and good energy absorption could be achieved by using the proposed beams which verifies the validity of using the proposed system.
The plate buckling initially occurred when the maximum load had almost reached for stiffened specimens, thus they had higher serviceability benefits compared to those of unstiffened ones.
Despite the age of the Caribous and shortages of spare parts, Detachment C's ground crew managed to maintain a high aircraft serviceability rate.
The design and detailing procedures advocated will automatically ensure a high level of serviceability of the structure when subjected to blasts smaller than those designed for at the ULS.
The high-quality pavement serviceability of these networks is essential to ensure safe, cost-effective daily traffic operations.
This can be done by either designing flexible pavement for a longer design period than the typical 20 years suggested by most design methods or using a higher terminal present serviceability index as in the case of the AASHTO design method.
Thus the best stiffener distribution along the deck can be achieved to solve the two most important factors during the launching of a steel bridge: the huge forces on the support section – higher than the serviceability limit state – and buckling instability due to the point loads on the bearings.
Furthermore, the design of a structural system is governed by the criteria of safety and serviceability.
In order to improve the serviceability and service life of high-speed railway ballastless track, the epoxy asphalt-based concrete railway substructure (EAC-S) is proposed.
Segmental joints act as a weak link in the tunnel lining both in terms of structural responses (due to the lower stiffness and strength compared to the main segments) and the serviceability considerations (high risk of water/gas leakage).
