Sentence examples for increased load carrying from inspiring English sources
One such section is the web-stiffened section (WSS), which has increased load carrying capacities as well as enhanced acoustic properties.
Experimental study shows that when subject to monotonic flexural loading, the SHCC-layered repair system showed 2.5 3.5 times increased load carrying capacity, and mitigated cracking damage of plain concrete beam with a SHCC layer compared with plain concrete beam.
In modern time, due to scarcity of land space in the urban area tall building became essential to cater the housing requirement, which interns causes tremendous increase in the load in the foundation soil for which pile foundation with larger diameter and length becomes more effective solutions in terms of both increased load carrying capacity and settlement reducer.
The test results indicate that HCC increases load carrying capacity and enhances energy dissipation with increased stiffness retention over conventional specimens.
In this paper the idea of one-sided involute asymmetric spur gear teeth is introduced to increase load carrying capacity and combine the good meshing properties of the driving involute and the increased strength of non-involute curves.
The Zr:ZrN layer is designed for increasing load carrying capacity and corrosion resistance; the Zr:DLC layer is for gradual transition of stress, thus enhancing layer adhesion; and the N-doped DLC layer is for decreasing friction, squeaking noises and wear.
The strengthened RC beams using NSM CFRP rods were then subjected to bending with the same loading path and, under increasing load, carried out to failure.
On the other hand, high hardness and internal compressive stresses of the case formed by proper thermochemical treatment can lead to increased load-carrying capacity of the steel substrate as well as to improved tribological properties of coated parts.
Tests were carried out using Scots pine beams with a size of 50 × 50 × 725 mm3 for the reinforcement system 1, and 50 × 50 × 1000 mm3 for the reinforcement system 2. In both systems, the reinforcements were tested in various situations, and provided effectiveness similar to that of a healthy beam, and an increased load-carrying capacity of up to 50%.
Clearly, the increased load-carrying capacities were due to the increase in the stiffness and cross-section area of the girders.
A few recommendations regarding how to avoid premature failure, obtain bearing as the primary mode of failure and increase load carrying capacity can be found in the text and Section 5.
