With　global　climate　change　and　increasing　urbanization,　extreme　weather　events　such　as　urban　floods　are　rapidly　increasing.　Flood　resilience,　the　key　to　improving　the　ability　of　cities　to　cope　with　flood　disasters,　is　highly　related　to　flood　vulnerability.　Currently,　most　studies　tend　to　assess　flood　resilience　from　economic,　social　and　environmental　dimensions,　without　quantitatively　analyzing　the　feedback　relationships　between　various　elements　of　resilience.　Some　studies　involving　resilience　models　fail　to　completely　reflect　various　time　periods　of　resilience.　Aim　of　this　research　is　to　develop　a　quantitative　model　from　perspective　of　the　correlation　of　vulnerability　and　resilience　to　achieve　quantitative　assessment　of　urban　flood　resilience.　Firstly,　multi-dimensional　relationships　between　flood　vulnerability　and　resilience　was　analyzed,　and　conceptual　model　was　developed　using　an　improved　entity　relationship　diagram　(E-R　diagram),　furtherly　establishing　a　quantitative　model　of　urban　flood　resilience　that　considers　recovery　capacity　in　post-disaster.　Secondly,　quantitative　assessment　of　urban　flood　resilience　of　16　districts　in　Beijing　was　implemented　through　the　quantitative　model　and　integrated　weight　method　based　on　indicator　system.　The　following　results　are　obtained:　the　influence　of　different　factors　on　flood　resilience,　the　characteristics　of　elements　of　resilience　and　the　characteristics　of　pre-disaster,　mid-disaster　and　postdisaster　reflected　by　them,　as　well　as　spatial　variation　in　flood　resilience.　In　addition,　recovery　capability　plays　an　important　role　in　flood　resilience.