Sentence examples for reinforcement applications from inspiring English sources

Coir geotextile, a natural geotextile manufactured out of coir fibres, has been recognized as a feasible alternative to geosynthetics for reinforcement applications, due to its longevity and excellent engineering properties.

This study deals with the reuse of an industrial waste rich in CaCO3 as a mineral addition and agent of stability in low-strength filling grout for soil reinforcement applications.

Such structural element which offers load transfer to the ground in excavation reinforcement application is called nail.

The reinforcement application, and its potential of avoiding new cracks opening and the growth of the existing cracks, was also important to the final rehabilitation of masonry walls.

Different initial damage levels were considered and the experimental results showed that the reinforcement application can effectively reduce the crack growth rate and significantly extend the fatigue life.

In predicting the mechanical properties of DCFRTP with randomly oriented reinforcement, the application of numerical methods, which employ homogeneous models, is limited because the mesoscopic structural parameters influencing mechanical properties are not adequately represented in the macroscopic numerical model.

The paper provides a framework for future rigorous reliability theory-based LRFD calibration for the ultimate tensile rupture of geogrid reinforcement in reinforced soil applications in Japan and elsewhere, and provides the necessary bias statistics for the resistance side in the ultimate tensile rupture limit state equation.

It is also the cornerstone of practical interventions (psychological treatments) designed to change behavior, thus reinforcement has many applications in clinical, educational, and organizational contexts.

Specialty Minerals Inc, a wholly owned subsidiary of minerals products manufacturer Minerals Technologies Inc ,has launched a new product line of engineered mineral additives for reinforcement in bioplastic applications.

Superelastic Shape Memory Alloys (SMAs) possess unique mechanical characteristics that make them appealing as alternative reinforcement for seismic applications; specifically, the capacity to recover large strains upon unloading, levels that would result in permanent deformations in steel reinforcement.

The methodology described in the paper could be used to expand the database of MRF results to include a wider range of soil types and geotextile reinforcement for practical applications.