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12 1.2 AFRP (3.4.1)(3.4.3) ht M = 1.2M By0 M Ty0 h A n MBy0 h B AF p = 1000 = t AF AAF b 7 / 8 AF B M σ AFb h (tf m) (m) M T y0 (tf m) h T (m) M (tf m) AAF AFRPcm 2 σafb AFRPkgf/cm 2 σ AFb = E AF ε AFb EAF εafb h np taf baf AFRP 1.0 cm AFRP AFRPcm AFRPcm AFRP 1) laf 7

13 laf σ AFb n t AF l AFn = τ lafn taf τaf AF nafrpcm AFRPcm AFRPkgf/cm 2 AFn 8

14 ( PS)AFRP P A n AF p PS Pu PS AAF σafd b d np taf S = P u A = 2 t P AF AFd AF S PS 1.15 = σ d kgf kgf kgf AFRPcm 2 AFRPkgf/cm 2 cm cm AFRP AFRPcm AFRP PSPSAFRP AFRP ()AFRP AF 1mθAF n p PS 1.15 = P d P AFu AFu (kgf/cm) (tf/m) 9

15 10

16 n ε c E c ε c c n ε cc σ c = σ E ε ε ε ε ε ( ε ε ) cc ( ) ( ) cc des c cc cc c cu n = E cε cc E ε σ c cc cc E AF σcc = σck α σsy ρ + s ρaf E s σ sy E AF ε cc = β ρ + s ρaf σ E s ck E AF = 05. E S σ' = σ α( ρ σ ρ σ ) cc ck s sy AF AFd ( ) 1 ε cc = β ρ sσ sy ρ AF σ AFd σ ck E des = 2 ck 112. σ ρ σ ρ σ s sy AF AFd ε cu = ε ε cc+ cc 02. σ E des cc Ι ΙΙ σ cc 08. σ E des = ε ε 4 Ah ρ = s s d AF cu AF cc cc 4 A 4 AF npt ρ = = AF s d d AF AF 11

17 c kgf/cm 2 cc kgf/cm 2 ck kgf/cm 2 c cc cu E c E AF E des s AF A h A AF s s AF d kgf/cm kgf/cm kgf/cm cm 2 cm 2 cm cm cm d AF cm sy kgf/cm 2 AFd kgf/cm t AF n p cm,=1.0=1.0=0.2 =0.4 12

18 cc cu 2.2 E des ( s sy + AF AF )/ ck 13

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31 (mm)

32 F u AFu AFu= F u /A AFukgf/cm 2 F u kgf Acm 2 EAF=F/(*A) EAF F 25

33 (10 3 kgf/cm 2 ) 26

34 27

35 425/623/,200/, 300/ L cm 28

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40 AFRP AFRP AFRP AFRP cm 80cm 600cm -1(AK-60)-2(AT-60) AFRP () -2.1 AFRP 3 K-3 K-3F 5 K-3F kgf/cm 2 *1*2 33

41 (a)k-3 (b)k-3f (c)- (d)-3f AFRP (3.4.5) K-3 4.6kgf/cm 2 K-5F 12.9kgf/cm 2 AFRP

42 10 kgf/cm m m AFRP AFRP 4.5 kgf/cm kgf/cm 2 220cm

43 AFRP () () () () 15cm 15cm 140cm D10 D

44 A B D (g/m 2 ) 200Ac A Bc B Bc B Dc D Dn D 150 AFRP 200Ac200Bc150Bc AFRP 150Dc150Dn AFRP AFRP

45 (tf) (tf) Ac Bc Bc AFRP α=(pupc)(pcalpc) Pu Pc Pcal 38

46 P s S c S s S AF S c S s P = S + S + S S s c c s AF = 10 C C C τ bd c e pt c S s = Awσ sy d (sinθ + cosθ ) a P s S c τ c C c C e C pt S s A w σ sy θ a S AF σ AFk K AF 39

47 S AF = A AF ( K AF σ AFk ) d (sinθ a AF AF + cosθ AF ) S AF A AF K AF σ AFk θ AF a AF S AF.exp S AF. truss AFRP ρ AAF baaf σ σ K AF K AF σ σ σ K AF σ 40

48 S AF = A AF σ d (sinθ + cosθ ) AFd AF AF a AF σ AFd S AF 41

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50 () 43

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57 AFRP EA 50

58 cc cc E des cu cu AFRP cu cu cu ssy+afafck ssy+afafck 51

59 240kgf/cm 2 Ar-No1No3 cu cu 52

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NETES No.CG V

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