Sentence examples for monitoring of strain from inspiring English sources

There is a growing demand for in situ monitoring of strain in high-temperature, harsh environment systems.

This case study analyses the structural behavior of a supporting system for modularized process plants used in ship shaped floating oil production units, through the monitoring of strain and relative displacements on the support structures of the modules on the deck, called stools.

This aa change also emphasizes the value of close genetic monitoring of strains involved in additional European WNV outbreaks.

These findings highlight the substantial strain-related differences in virulence that occur from year to year and the importance of ongoing genetic monitoring of strains circulating within communities.

Nevertheless, resistant strains are circulating in the population we investigated, which requires further monitoring of strains to provide an updated overview of drug resistance.

Resistance rates range from >90% in China (16 ) to <10% in Europe (15 ), requiring periodic monitoring of strains to identify possible new resistance or resistant strains.

Experimental inoculation and subsequent monitoring of strains in model animals should enable a better understanding of bacterial population dynamics in the GIT.

The novel SNP-based methodology used represents an important tool in molecular epidemiological studies and as our understanding of the biology and diffusion of the organism increases it will permit the long-term monitoring of strains circulating in specific locations with high transmission of S. Typhi.

The electrical resistance increases reversibly with increasing tensile strain either under dynamic indirect tensile testing or static indirect tensile testing, graphite and carbon fiber modified asphalt concretes are effective for the self-monitoring of strain.

To study the performance of a PHC pipe pile under hydraulic jacking, the monitoring of the strain profile along the PHC pipe pile under hydraulic jacking was carried out using FBG sensing technology.

Additional surveillance and characterization of field strains from cattle and buffalo at this livestock-wildlife interface is necessary for monitoring of emerging strains and to enhance the understanding of the role of wildlife in the epidemiology of FMD in cattle in East Africa.