Sentence examples for the erw from inspiring English sources
noun
A medieval Welsh unit of surface area equal to 11664 sq. ft. or about ¼ acre.
The cracks initiated from small hook crack-type defects on the external surface of the tube, in the highly deformed and hardened central area of the ERW weld.
"I think a lot of nations are looking for an excuse to leave Afghanistan, because they have been here a long time," Hartley said, adding that the ERWs issue is only adding to the ongoing clearance of mines.
The TSHR shows the sequence ERW (Glu5183.49, Arg5193.50, Trp5203.51) at the equivalent position and an Asp6.30 at position 619 of TM6 (Supplementary Figs. 1 and 2), and in our model they form the corresponding salt bridge of the "ionic lock".
The published model shows that the open-hole extended-reach limit (the maximum measured depth of the horizontal ERW) is mainly dependent on the annular pressure drop and the fracture pressure of drilled formation.
The study shows that due to an increase of annular pressure drop, the horizontal-section limit (the maximum measured depth of horizontal-section for the horizontal ERW) is relatively smaller when considering the effects of cuttings.
Therefore, an open-hole extended-reach limit model of horizontal drilling in shales must be established based on the published ERW limit theory and models.
Due to the rapid population growth in Calgary, the Elbow River watershed (ERW) that covers about 1238 km2 has been under considerable pressure for land-use development over the last decade.
That makes Iraq one of the most ERW-contaminated countries on earth.
His work has appeared in The Journal of ERW and Mine Action, Whurk Magazine, and Blue Ridge Outdoors Magazine.
In order to solve the problem that how far the offshore extended-reach well (ERW) can extend, the open hole extended-reach limit theory is used to establish the open hole extended-reach limit model for three offshore drilling modes including offshore conventional drilling and two dual gradient-drilling (DGD) modes, and the corresponding case study is analyzed.
This study was undertaken to assess the impact of potential land-use changes over the next 20 years on the hydrological processes in ERW by combining a land-use cellular automata (CA) model and the distributed physically-based MIKE-SHE/MIKE-11 hydrological model.
