The aim of HECE 2023 is to offer a platform for the researchers throughout the world to swiftly publish, share and discuss various new findings and developments in the various areas of hydropower engineering. The section welcomes rudimentary and challenging studies concerning the basic and advanced technology, theoretical developments, new empirical data and innovative method of water resources and hydropower engineering and other related research. Authors are invited to submit a full paper, and papers should be original and written in English.
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For editorial purposes, the HECE 2023 uses the following classifications, but not limited to those topics as below:
Hydrology Water resource Groundwater Irrigation and drainage Water ecology and environment Digital water conservancy Numerical simulation and water information technology Engineering hydraulics River mechanics Wave theory Coastal dynamics Coastal and offshore structures Marine energy development Digital water transport engineering Estuarine and Coastal Dynamics Environmental sediment Port coast and offshore engineering Slope engineering Geosynthetics Hydropower systems Transition process, control and Simulation of hydropower station New technology of water conservancy and Hydropower Engineering New hydraulic materials and foundation treatment technology Wind power control Automatic generation control (AGC) Earthquake resistance of high dam Abutment stability Construction technology of RCC arch dam Rockfill concrete dam construction technology Structural health monitoring and safety assessment Related Application in Civil Engineering AI in Hydropower