Sentence examples for material stabilization from inspiring English sources

Therefore, the use of advanced analytical technologies and techniques to understand the material behavior and to develop methods for material stabilization, strengthening, monitoring, and repair is fundamental.

On the other hand, this material stabilization of temporality reinforces the objective of seeing refugee migration as a phenomenon limited in time.

Analysis demonstrates that, in this material, stabilization of austenite can be achieved at significantly shorter time scales via the Q&P route than is possible via a bainitic isothermal holding.

Maher et al. [22] through a demonstration project studied the suitability of contaminated dredged soil as stable embankment fill material after stabilization.

There are extended energy storage researches and developments for buildings, such as building materials for stabilization of room temperature using the daily and night temperature difference in north China, desiccant materials integrated with buildings used for constant relative humidity control in south China.

Even though the geotextile materials used during this study showed good performance as subgrade stabilization, material properties associated with their performance was difficult to establish due to the limited number of test sections and lack of relevant tests to properly characterize these types of materials for this application.

The LPE process involves the following steps: (1) immersion of layered materials in a suitable solvent (i.e., NMP, DMF, THF, NVP, CAN, and DMSO), (2) exfoliation of layered materials, and (3) stabilization of exfoliated 2D materials [51].

Saltan and Findik [19] used the pumice of the Isparta Karakaya as stabilization material in the subbase layer and showed that pumice can be used as subbase material of highway and the stabilization material when building highway and every kind of road.

For the purpose of stabilization material, Kalkan [13] presented an experimental program with various compacted clay samples containing red mud and cement red mud additives.

The three main conditions for nanomaterials preparation are (i) the choice of environment-friendly solvent medium, (ii) reducing agent and (iii) a nontoxic material for their stabilization.

Overall, these examples exhibit that the extended 3-D DDA is now capable of accurately modeling the failure behavior of frictional-cohesive materials and structures, so as to optimize the material and structure stabilization or protection design.