With　climate　change　and　urbanization　development,　urban　areas　are　facing　more　serious　floods.　As　a　result,　hydrological　and　hydrodynamic　models　have　recently　shown　a　broad　application　prospect　in　urban　flood　simulating　and　forecasting.　For　the　area　with　rich　inland　rivers,　urban　water　resources　can　be　effectively　regulated　and　redistributed　through　river　networks　and　hydraulic　structures　scheduling.　However,　the　lack　of　research　on　the　effect　of　scheduling　becomes　a　major　limitation　in　model　applications.　Based　on　a　coupled　hy-drodynamics　model,　the　current　study　simulates　the　flooding　response　to　the　combined　rainstorm　and　scheduling　scenarios　and　analyzes　the　river　overflow　at　the　community　scale.　The　result　indicated　that　three　local　regions　in　the　Jin＇an　study　area　are　inundated　easily.　The　locations　near　Qinting　Lake　were　more　sensitive　to　the　water　regulation　rules　than　others.　In　the　model　of　control　on　Qinting　Lake,　section　A　is　more　sensitive　to　the　schedule　control　than　section　B,　while　for　section　A,　the　water　level　increased　by　1.44%　under　the　return　period　(RP)　(10　a),　and　the　rate　changed　to　2.64%　under　the　RP　(100　a).　The　differences　in　inundation　from　various　scenarios　are　relatively　small.　In　the　mode　of　joint　discharge　rules　under　RP　(50　a),　the　water　level　changed　by　4.77%　in　section　A　and　1.24%　in　section　B.　The　simulation　at　the　community　scale　considers　the　overflow　process,　and　the　results　indicated　that　the　total　inundation　area　decreased　by　12.8　ha　under　joint　schedules.　The　significant　effects　to　alleviate　urban　inundation　mainly　come　from　the　decreased　flood　overflow　from　the　channel,　but　not　from　the　flooding　nodes.　This　study　provides　promising　references　for　urban　flood　management.