Biodegradable　zinc　alloy　stents　offer　a　prospective　solution　to　mitigate　incompatibility　between　artery　and　permanent　stents.　However,　biodegradable　stents　are　restricted　in　clinical　therapy　mainly　because　of　their　insufficient　support　for　opening　of　stenotic　vessel.　As　an　effort　to　resolve　this　challenging　problem,　a　novel　structure　of　zinc　alloy　stent　which　significantly　enhanced　scaffold　performance　is　proposed　in　this　paper.　Subsequently,　the　functionality　of　the　new　stent　on　reshaping　vessels　with　40%　of　stenosis　was　investigated　in　contrast　with　a　common　stent　via　finite　element　analysis.　The　simulation　results　show　that　radial　recoiling　ratio　and　dog-boning　ratio　of　the　new　stent　are　decreased　by　43.2%　and　16.3%,　respectively,　compared　with　those　of　the　common　stent.　A　larger　and　flatter　lumen　is　found　in　the　plaque-vessel　system　deployed　with　the　new　stent.　It　suggests　that　the　geometry　of　stent　has　strong　influence　on　its　mechanical　performance.　With　strong　scaffold　capability　and　brilliant　effect　on　reshaping　stenotic　vessel,　the　biodegradable　zinc　alloy　stent-based　novel　structure　is　highly　promised　to　be　an　alternative　choice　in　interventional　surgeries.