The　effectiveness　of　end-to-end　(ETE)　anastomosis　configuration　designed　to　avoid　variation　of　distal　dowstream　flow　to　improve　hemodynamics　in　distal　anastomosis,　was　investigated.　Three-dimensional　idealized　femoral　bypass　graft　models　with　distal　ETE　and　end-to-side　(ETS)　anastomosis　configurations　were　developed.　The　blood　flow　in　these　models　was　simulated　with　CFD　method　using　the　finite　element　analysis.　The　temporal　and　spatial　distributions　of　hemodynamics　such　as　low　patterns　and　wall　shear　stress　(WSS)　in　the　vicinity　of　distal　anastomosis　during　the　cardiac　cycle　were　also　analyzed.　The　results　show　that　femoral　bypassing　configuration　with　ETE　bypass　graft　was　of　more　favourable　hemodynamics.