Analysis of dynamic fuzzy control of flood control limited levels in reservoir;

Real-time dynamic control model for reservoir flood limit water level operation;

The designed flood limit water level is 291.

Dynamic control of flood control level at Jiangya reservoir;

Risk analysis on reservoir flood control operation based on selection of flood control level;

Determination of flood control level hydrograph in Chaershen reservoir;

Study of index system and fuzzy optimum model on schemes of dynamic flood control limited water level of a reservoir;

Study of combined flood control forecast operation manner and limited water level in reservoir group;

Flood control risk analysis on rising limited water level in flood season;

Review and perspective of reservoir flood limit level determination methods;

Based on the　water supply risk and its variable　process of Dalian city, this paper proposes a cost-benefit analysis method for flood resources to inquire into the　control range of the　reservoir′s flood　limit water level, according to the use course of the　flood resources and flood range analysis.

Based on the theory of risk analysis,the flood-control capacity of an existing reservoir is calculated and the possibility of raising limit water level during flood season is estimated when comparing the capacity with the design flood-control criteria.

This paper deals with the influence that the Gangnan Reservoir sustains after raising the limit water level.