Sentence examples for development of the hydraulic from inspiring English sources

SEM fracture morphology studies document a complex and non-planar development of the hydraulic fractures, affirming shearing consistent with the FMS.

But then, she said, she did more research that led her to a more "balanced view" of the pros and cons of the region's natural gas boom, which has been enabled by the development of the hydraulic fracturing and horizontal drilling technology.

Accompanied by the advent of Buddhism and the development of hydraulic engineering, the dry Zone of the island hosted the development of one of South Asia's great Early Historic cities at Anuradhapura.

On the other hand, a comparison between both Paraguay and Paraná rivers revealed that the first one would seem to have optimal hydraulic conditions for the invertebrate's development, because the hydraulic energy of the Paraná River was too intense for the favorable settlement of benthic organisms at some specific habitats.

Technological progress, such as the development of hydraulic fracturing and the ability to extract oil from tar sands, is at least partially responsible for a long-term pattern of consistent worldwide growth in fossil fuel reserves.

Olsson also looks at how the US South served as the domestic laboratory for the Rockefeller Foundation's "green revolution" in Mexico which would become the most important Third World development campaign of the twentieth century—and how the Mexican government attempted to replicate the hydraulic development of the Tennessee Valley Authority after World War II.

This paper explores some of the more recent developments in the hydraulic design of Pelton and Turgo Impulse turbines and highlights the opportunities for future development.

To achieve such pressures, physicists at the Carnegie Institution of Washington in the late 1970's pioneered development of the "diamond anvil," a hydraulic press that squeezes the faces of two gem-quality diamonds together.

This type of mounting was made practical by the development of hydraulic recoil control systems, which permitted the mounting to remain stationary while the gun, carried in a cradle, was allowed to recoil under control and then return to battery by spring or pneumatic power.

The target of the Soultz project was the development, the hydraulic testing, and the modeling of two EGS heat exchangers developed within the granitic basement at depths of 3.5- and 5-km depth (Gérard et al. 2006; Dezayes et al. 2010).

The physical based model and parameter study in this paper can be used in the regenerative suspension semi-active controller design and the development of this novel hydraulic pumping regenerative suspension in the future.