Sentence examples for strengthening at high from inspiring English sources

The conclusion showed a comparable efficiency of the modified-cement adhesive as a promising bonding material in FRP strengthening at high temperature climates.

The values of σbcs and σbsswere decreased, while τin was increased with the increasing rolling temperature, which were attributed to mechanisms of matrix softening and interface strengthening at high rolling temperatures.

The binding force between Hg II) ions and functional groups was strengthened at high temperatures, which made the adsorption more favorable at high temperatures.

The immunity of your body is strengthened at high temperatures, so your body will naturally elevate your temperature to combat bacteria.

Fever is a response of the body to any foreign invasion; it is an automatic immune response of the body.[3] The immunity of the body is strengthened at high temperatures and therefore when the bacterium invades the body, the temperature increases as a way of fighting the infection.

The effectiveness of carbon fiber reinforced geopolymer (CFRG) strengthening system and carbon fiber reinforced polymer (CFRP) strengthening system at high temperatures is compared.

It is concluded that TRM possess excellent performance as strengthening material at high temperature.

Smectite sheared under identical conditions exhibits low friction (μ=0.15 0.32) and a transition from velocity weakening at low normal stress to velocity strengthening at higher normal stress (>40 MPa).

The results show that the designed SiO2 films can improve the transmission of sapphire in mid-wave IR and strengthen sapphire at high temperature.

In addition, the designed SiO2/Si3N4 films can increase the transmission of sapphire in mid-wave infrared and strengthen sapphire at high temperatures.

We tentatively conclude that the transitions from velocity-strengthening at low temperature, to velocity-weakening at intermediate temperatures, and back to velocity-strengthening at high temperature critically depends on water-assisted, thermally activated quartz deformation, for example pressure solution or stress corrosion cracking (cf. Den Hartog et al. 2012a).