Sentence examples for engineering of injection from inspiring English sources

Life cycle engineering of injection moulded components is often aimed at minimizing the material intensity mainly by decreasing the part volume and increasing the use of recycled materials, while fulfilling structural and manufacturability requirements.

A complex double yielding behavior is observed in the engineering stress strain curves of injection molded specimens of polyamide 6 (PA6) under tensile loading, and a simple method is put forward to judge the apparentness of the double yielding process.

Hence, determination of in situ stresses and modelling of fault stability are essential prerequisites for the safe engineering of subsurface CO2 injection and the modelling of storage capacity.

Hence, geomechanical modeling is applied to provide crucial information for the safe engineering of subsurface CO2 injection and the modeling of storage capacity.

Such reservoir engineering includes: optimizing the geometry of injection wells to maximize the rate at which buoyancy-driven flow of CO2 and brines drives dissolution; or use of wells and pumps to transport CO2 or brines within the reservoir to increase contact between CO2 and undersaturated brines accelerating the rate of dissolution and residual gas trapping.

At last a kind of typical engineering design – injection mold design is taken an example to validate the proposed method and Lots of experiments are organized to test the performance and the results show that the proposed approach outperforms existing models.

The design process was started from the reverse engineering of conventional ECCS and nanofluids injection mechanisms using the principles of AD followed by identification of design weaknesses in terms of couplings.

Flow through a sudden contraction occurs in a variety of engineering applications including injection moulding, extrusion, thermoforming and many polymer melt processing applications.

In civil and mining engineering, grout injection technology, which involves the injection of grout into the bedding separation zone or other voids through surface boreholes, is used to stabilize the ground above underground excavations.

We demonstrate this method can track virus distribution within seconds of injection and can be used to monitor the effects of engineering to modify virus tropism.

The connotation is to realize digital real-time monitoring on single-well separated layer pressure and injection rate of injectors, network informationization of injection performance monitoring of blocks and reservoirs, and integrated reservoir and production engineering by combining injection program design and optimization with real-time adjustment of down hole separated layer water injection.