Sentence examples for stresses injection from inspiring English sources

The linked TOUGH2MP-FLAC3D simulator has been used to study the coupled hydraulic-mechanical responses to primary stresses, injection rate and reservoir permeability during CO2 injection and post-injection periods by means of 4 case studies.

Four groups of experiments were organized to evaluate the influences from the pre-existing natural fracture, in situ stresses and injection flow rates on the hydraulic fracture propagation.

Second, based on the characterization of the feedstock, the simulation study revealed that the pressure-related parameters such as wall shear stress, injection pressure, and clamping force were mainly dependent on the binder system and not much on the powder characteristics, in the range of particle attributes studied.

Imaging started 30 60 minutes after the stress injection and 60 90 minutes after the rest injection.

The stress and rest images are normally separated by 3 4 h but the total patient contact time for stress, injection and image acquisition is approximately 45 min.

After rest and stress injections (5 in each cohort) of 925 MBq of 99mTcN-MPO, whole body planar images were obtained.

If using conventional cementing technology for thermal recovery wells, the casing deforms due to thermal stresses in steam injection process.

5 A recent study on the development of a new self-administered questionnaire showed significant fears and barriers to insulin injections patients felt restricted because of self-surveillance and liberty loss, bothered by being seen while injecting insulin or skin marks at injection site, and stressed because of injection site pain.

The decreased biting activity following the BTX injection may be due to stress after the injection.

It is concluded that major compressive stresses developed during hydrogen injection into the film are attributed to hydrogen positioned at reversibly active sites, while minor compressive stresses are caused by hydrogen injection into reversible and irreversible trap sites.

Large approaching angle, high in situ stresses and a high injection flow rate are three major factors to cause the roof/floor broken by hydraulic fluids.