Named　Data　Networking　(NDN)　is　a　prominent　fully-fledged　Information-Centric　Networking　(ICN)　architecture.　NDN　can　help　users　to　take　advantage　of　multiple　access　networks　in　Heterogeneous　Wireless　Networks　(HWNs)　more　efficiently　than　IP.　In　HWNs　with　NDN,　which　we　call　information-centric　HWNs,　jointly　designing　forwarding　strategy　and　resource　allocation　has　great　potential　to　improve　network　performance,　which　is　ignored　in　the　literatures.　To　fill　in　this　blank,　we　propose　a　jointly　designed　forwarding　strategy　and　resource　allocation　algorithm　called　Dynamic　Forwarding　and　Resource　Allocation　(DFRA)　that　can　adapt　variable　wireless　environment.　We　also　establish　the　fundamental　throughput　limitations　of　information-centric　HWNs　and　prove　that　DFRA　is　throughput-optimal.　By　the　cooperation　between　forwarding　strategy　and　resource　allocation,　DFRA　enables　users　to　utilize　wireless　communication　resource　in　information-centric　HWNs　more　efficiently.　From　simulation　results,　DFRA　can　provide　larger　network　throughput,　faster　download　speed　and　better　fairness　than　forwarding　strategy　that　doesn＇t　explicitly　cooperate　with　resource　allocation.