1 `` `` _ `` _ 4 punct _ _ _ _ _ _ 2 Insufficient insufficient _ JJ _ 3 amod _ _ _ _ _ _ 3 consideration consideration _ NN _ 4 subj _ _ _ _ _ _ 4 had have _ VBD _ 21 ccomp _ _ _ _ _ _ 5 been be _ VBN _ 4 vch _ _ _ _ _ _ 6 given give _ VBN _ 5 vch _ _ _ _ _ _ 7 at at _ IN _ 6 prep _ _ _ _ _ _ 8 the the _ DT _ 12 det _ _ _ _ _ _ 9 design design _ NN _ 12 nn _ _ _ _ _ _ 10 and and _ CC _ 9 cc _ _ _ _ _ _ 11 certification certification _ NN _ 10 conj _ _ _ _ _ _ 12 stage stage _ NN _ 7 pcomp _ _ _ _ _ _ 13 to to _ TO _ 12 prep _ _ _ _ _ _ 14 the the _ DT _ 16 det _ _ _ _ _ _ 15 stress stress _ NN _ 16 nn _ _ _ _ _ _ 16 distribution distribution _ NN _ 13 pcomp _ _ _ _ _ _ 17 in in _ IN _ 16 prep _ _ _ _ _ _ 18 the the _ DT _ 20 det _ _ _ _ _ _ 19 horizontal horizontal _ JJ _ 20 amod _ _ _ _ _ _ 20 stabiliser stabiliser _ NN _ 17 pcomp _ _ _ _ _ _ 21 spar spar _ VBP _ 0 ROOT _ _ _ _ _ _ 22 structure structure _ NN _ 21 dobj _ _ _ _ _ _ 23 following follow _ VBG _ 21 advcl _ _ _ _ _ _ 24 a a _ DT _ 27 det _ _ _ _ _ _ 25 top top _ JJ _ 27 amod _ _ _ _ _ _ 26 chord chord _ NN _ 27 nn _ _ _ _ _ _ 27 failure failure _ NN _ 23 dobj _ _ _ _ _ _ 28 in in _ IN _ 27 prep _ _ _ _ _ _ 29 the the _ DT _ 31 det _ _ _ _ _ _ 30 region region _ NN _ 31 nn _ _ _ _ _ _ 31 outboard outboard _ NN _ 28 pcomp _ _ _ _ _ _ 32 of of _ IN _ 31 prep _ _ _ _ _ _ 33 the the _ DT _ 35 det _ _ _ _ _ _ 34 closure closure _ NN _ 35 nn _ _ _ _ _ _ 35 rib rib _ NN _ 32 pcomp _ _ _ _ _ _ 36 ... ... _ : _ 21 punct _ _ _ _ _ _ 37 ' ' _ '' _ 21 punct _ _ _ _ _ _ 1 `` `` _ `` _ 21 punct _ _ _ _ _ _ 2 ... ... _ : _ 21 punct _ _ _ _ _ _ 3 the the _ DT _ 5 det _ _ _ _ _ _ 4 apparent apparent _ JJ _ 5 amod _ _ _ _ _ _ 5 lack lack _ NN _ 21 subj _ _ _ _ _ _ 6 of of _ IN _ 5 prep _ _ _ _ _ _ 7 attention attention _ NN _ 6 pcomp _ _ _ _ _ _ 8 given give _ VBN _ 7 amod _ _ _ _ _ _ 9 to to _ TO _ 8 prep _ _ _ _ _ _ 10 potential potential _ JJ _ 15 amod _ _ _ _ _ _ 11 top top _ JJ _ 14 amod _ _ _ _ _ _ 12 chord chord _ NN _ 13 nn _ _ _ _ _ _ 13 failure failure _ NN _ 14 nn _ _ _ _ _ _ 14 cases case _ NNS _ 15 nn _ _ _ _ _ _ 15 outboard outboard _ NN _ 9 pcomp _ _ _ _ _ _ 16 of of _ IN _ 15 prep _ _ _ _ _ _ 17 the the _ DT _ 19 det _ _ _ _ _ _ 18 terminal terminal _ NN _ 19 nn _ _ _ _ _ _ 19 fittings fitting _ NNS _ 16 pcomp _ _ _ _ _ _ 20 strongly strongly _ RB _ 21 advmod _ _ _ _ _ _ 21 suggests suggest _ VBZ _ 0 ROOT _ _ _ _ _ _ 22 that that _ IN _ 21 dobj _ _ _ _ _ _ 23 the the _ DT _ 25 det _ _ _ _ _ _ 24 earlier earlier _ JJR _ 25 amod _ _ _ _ _ _ 25 work work _ NN _ 31 subj _ _ _ _ _ _ 26 on on _ IN _ 25 prep _ _ _ _ _ _ 27 the the _ DT _ 30 det _ _ _ _ _ _ 28 100 100 _ CD _ 29 num _ _ _ _ _ _ 29 series series _ NN _ 30 nn _ _ _ _ _ _ 30 design design _ NN _ 26 pcomp _ _ _ _ _ _ 31 influenced influence _ VBD _ 22 ccomp _ _ _ _ _ _ 32 thinking think _ VBG _ 31 dobj _ _ _ _ _ _ 33 on on _ IN _ 32 prep _ _ _ _ _ _ 34 the the _ DT _ 37 det _ _ _ _ _ _ 35 300 300 _ CD _ 36 num _ _ _ _ _ _ 36 series series _ NN _ 37 nn _ _ _ _ _ _ 37 design design _ NN _ 33 pcomp _ _ _ _ _ _ 38 . . _ . _ 21 punct _ _ _ _ _ _ 39 ' ' _ '' _ 21 punct _ _ _ _ _ _ 1 It it _ PRP _ 2 subj _ _ _ _ _ _ 2 follows follow _ VBZ _ 0 ROOT _ _ _ _ _ _ 3 that that _ IN _ 2 dobj _ _ _ _ _ _ 4 the the _ DT _ 6 det _ _ _ _ _ _ 5 TTG ttg _ NNP _ 6 nn _ _ _ _ _ _ 6 arc arc _ NN _ 7 subj _ _ _ _ _ _ 7 should should _ MD _ 3 ccomp _ _ _ _ _ _ 8 be be _ VB _ 7 vch _ _ _ _ _ _ 9 outboard outboard _ NN _ 8 arg1 _ _ _ _ _ _ 10 of of _ IN _ 9 prep _ _ _ _ _ _ 11 the the _ DT _ 14 det _ _ _ _ _ _ 12 main main _ JJ _ 14 amod _ _ _ _ _ _ 13 volcanic/plutonic plutonic _ JJ _ 14 amod _ _ _ _ _ _ 14 arc arc _ NN _ 10 pcomp _ _ _ _ _ _ 15 , , _ , _ 8 punct _ _ _ _ _ _ 16 in in _ IN _ 8 prep _ _ _ _ _ _ 17 the the _ DT _ 19 det _ _ _ _ _ _ 18 arc-trench trench _ JJ _ 19 amod _ _ _ _ _ _ 19 gap gap _ NN _ 16 pcomp _ _ _ _ _ _ 20 . . _ . _ 2 punct _ _ _ _ _ _