The phrase "hydraulic management" is correct and usable in written English.
It can be used in contexts related to the control and regulation of hydraulic systems, such as in engineering, environmental science, or water resource management.
Example: "The city implemented a new hydraulic management system to optimize water distribution and reduce waste."
Alternatives: "water management" or "fluid management".
Monitoring of the water level of reservoirs, rivers, and lakes is an essential task for hydraulic facility management and disaster mitigation.
Urban planning and hydraulic risk management are a worldwide necessity which is best achieved when natural and artificial elements located closely to watercourses are known in great detail.
Water measurements play a pivotal role in hydraulic and environmental management of river systems, irrigation and drainage networks, and sewer conduits.
This insight provides a challenge for land-management, since it is known that cultivation (disturbance) has a positive effect on soil hydraulic properties, yet such management is shown here to result in an average two to three fold reduction in earthworm abundance and negative effects on multiple soil fungal community metrics.
The groom, 41, is a software designer in the Falls Church, Va., office of the Eaton Corporation, a Cleveland-based company that provides electrical, hydraulic and mechanical power management.
Prediction of minimum sediment concentration is vital for planning, designing and management of hydraulic structures.
Some foremost points of concern in river management near hydraulic structures are transport, spreading and mixing of suspended matter and pollutants, transport of sediment and the associated erosion and deposition phenomena.
The difficulties in drinking water supply which characterize developing countries call out the political authorities to provide gigantic efforts in infrastructure realizations, equipments and especially mobilization, protection and management of hydraulic resources.
It is, however, suited to investigate fine-scale problems in relation to water resource management and hydraulic developments, with reasonable computational costs and a physically-based approach to model flow processes.
A new type of digital video monitoring system (DVMS) named user defined target tracking system (UDTTS), was developed based on the digital image processing (DIP) technology and the practice demands of construction site management in hydraulic engineering.
