'ETl 7kL1

̲Lft ^(I) I‑)i;.Q35!

3

i 6t#B9*5Fhph*&t#i63%*

3.1 2 Jg#3e4be)ik&B9*5FhDh 9S&

3.1.1 5t&i*8t#

Fig.3.1 8=/j%+ct 5 ⁸⁼² jg#L#4bo)I&#Bq7kiFhphjS.5&k3SB& L,flo

i.S&1SEj:jk5, F5][kr6]bS1 ^{%h%>n 3000mm} gptffLfr5bS 1 jg8=‑j5,*,g 3000mm

T>b‑3f=. 531qo)##Ej:*7J/ h 9 ,y fI#BkW2= ^L, Wf57J‑i2itj:iB. Btj: 105X 105mm (JAS E85‑F300), #ik ^105X210mm (JAS E95‑F270), Fp5B ^105X30mm rChblf=. 5e.5&f*jff5 (F5f5) nBFp5R5Sfj: ^{1000mm i L,} HtBnPp58=Ej:PpqBkBa

%Lf=. jff5*#Ab8=, 77y%l& (JAS #* ¹ k& 7.5mmJrj?) k5TfTG (N50, 9LJa ^100mmm Pg# 150mm) ^L,, WhBiSt Lf=. BS (]E) f58=Ej:Whf#kii#8+tj:

75'J3f=. #.5&i50)i59L'25#3kBiJt+8 ^I i k P Bqt L/C, jfi5i=FLEixf+8 ^{1, 2} P%

nje#, Bi, 5o)%#f68=5Lgq (4'16mm) PIT/‑Rkii3tJLfEL,f=. ietj:2Si#8=/5!

#5nf=,}9h1:qb‑?81f=o j=e5#55i=tj:hDj)FSnieo)P% D k5BJt+8 ^I i k B Bbi LT, f%9 Jib‑}gh'kii3tJLfELf=.

4j:tie, #in4#%L=tj:*'}/i‑1 7o (GP‑95 ^: iljT,‑JyitA) kjnl,

j#*‑#f]*

%8=tj:3%5%L1&% (GDS‑10 ^: *%,‑>>iiA) kRV,f=. 1 PPnBBg%Bf*1Arlh,iUt>

1 PFBb13:i;B53,² PBBBgfB"Fg53nHIAIl8=*‑I,9hh 9 y4>4h(HD‑B15 ^:nJf ^HD 4i4h) k M12 *1}v T1 *T)4j:8=BJiEJ+L,T=. 1 P&1j:Bg53^HD &4htj:, 2EiLC#,}9hlt, 1 P%Bt A ^i:2 PPBBg%Bn ^HD 4i4h8j:HD &4hF]tk,#jui:fh.

3.1.2 5t&j*o##

Fig3.2 i=#J5&[4=n+igfk,j% ^{L,, Fig.3.3} 8=#.5&I4=⁴ ]%k'j%+. jff5 (F5i5) 8=fifPE i‑8Wlj)PASR ¹ PP, ² P%f#i50)#R*%bifbSi‑AHww), f'7‑i (DW), ^A

U ,y Tt‑fg (SW), RU ,y ft‑xU _,y f, (SS) 0)4]%#tL,f=. #f5Ej:+^T, iWR OSk lm i BJ]E'+L,, *jt958=B3gR kai3tJL81f=.#f50)3%Ej:L3gD#5L=FSt=, fg (W) f'7 (D) XU ,y f, (S) ⁰⁾ 3 ]%4f5tiEJ+bf=o fE (w) ni!B3BD5e.5&I*tj:i‑f‑Pjk

#8=#5 ^1m a)BgDkEiXJLLlf=bnt ^{L,, f<7} (D) #i!i3gD5e.5&IStj:,5e.5&f5f#i D 2m 0)L3qRkii3tJL81,^{A )} ,y f, (S) I3gDtj:*jk#8=f5Wk5ELj3:V,bo)i Lf=o

3.1.3 #*5B

gptTfijij]i58=8%k‑j81 6alf= 2 %e)7 9 911=‑9 (%7gAlfBfitA: ^i200kN,

t300mm _;nJf ^lFACT, 2FACT) 5t#L= ^{tj ‑} f<'i=}L,t3:6U(1=hDj]JE,jq‑}9hhk& D 1+81, hpj]‑}9hlt 1 P#, ² PtEib%n%hYLO)#i##k=‑91R9 _{U i‑*'/i,} T1 (i,

12mm,L90mm) kjnlT/q!,i ^L,flo jS.6&8=Rblf=fhR#i&tj: 1940 S EI CentroNS i&

Th%j<hDifJiAS ^{400gal i tf8} _ct5 8=B;iflk L,f=bni:jn,f=.

JlfJr&g%Ej:, i5#fh&Gjj 8=#i‑ 8 iR5+ThiZ,fBif%o)i H 8=1fjq 5 a 8 *,%i5itjuW jji,*y&co k ^{0.2 i L,,} 2f%kL?#Lf=o

KbXKmX1.96kN/m ^‑ CoX9.8XM

Kb : #JS&I*n5#&@f%‑* 2.5I% ^Km:

1.96kN/m : Blf%* ¹f%bf= 9 n%AjWWJj7

Co ^:f,%if%AjWjJqiF,& ^{0.2 M :} #%

5il*Bi5EjS^2m

i D, ^M‑5t tjEJ+bf=. =ni=ct9, 1 P%, 2P%n#%k%n%hn2.5t ^{i L,f=.}

‑3g8=iBEjfjEJ+A(he)k ^{2%t L,,} a,gWflJr& (k) k 2kN/mm i L,f=.

=YL8=ct D , #bJr&i,3S#cR C‑2h{kMi DS?EHL, ^C‑0.028 (kN/cm/s) i:L3S .5*^{,+r'fi1 f=,,}

300O. O

q

‑+

UC) u

‑

tJ

ig

B!

^tj‑=

^%*

t[

HO S

3000.0 2947̲5

q

qC?

(J) rJ

ll

I:.

$ 4

LILLI

?

i

Ill

:...

I:;

3 a

tJ

tT

I̲.::1^{tlW :.:../:I:}

^Ll ^y ftfE (sw) #.@t4=

TI7ZP, (DW) #&f*

AUty rtXU.y ft (SS) #&[4=

3.1.4 2 Jg*3B4bik#B9*5FhPh9S*#A

%#.%I4=8=h'818 1 P%, ² PPo)#i‑'2IU5Egi,%k Fig.3.4a A,6 ^{d 8=j% L,,} FSkUBE FS%#45Zk ^{Fig.3.5a A,}6 d 8=, FSAuBfFSJh%#ik ^Fig.3.6 8='j%+. ¹ P#nj#qB;fj: ¹ P#

i 2 Pynt=‑ T''1*/i,a)*DtL,, 2 P%0)'#l5i8j:,¹ Pet 0)fBLq,#f5it ^L,f=.

2 P%bSfR#i!T>b8 ^{WW, DW,} SW#.5*[*o) ¹ P%nFS%Ej:, ¹ P#bSfg (W). ^f<7 (D). ^A U _,y I, (S) tBgRbSjc%< ti8k1#V', i&#RT7j%L,f= ¹ P%n%jcFS%,2g f5itj:Pup^L,, 1 P%n%j(rq3Stj:9#/A)i+81[,5r5bS3i 6nf=o _{‑j3: D} , 1 P%n&j(iqi

tj:, l PyB3gDnj(5 5jc5 </%B445n8= tbS,j%5nf=.

1 P%ASR ^U ,y h#i!Thb8 ^{SW i SS} 3(.5&ISktbFg{+8 t#&Th,j%5YLf= ¹ PqnFS

%'2EI5L i:qB;#i= 2 ‑3n5e.S&I$8=2;tj:3a 6YL+3:V'. L,bl L,, 2 PPo)FS%,2gl5i8=Px5qL T, 2 PPi)S#(w), ^{A U} ,y I,(S)i?#q PbSj(i < ^tis 8=1#V,I &j(FS%,2EI5iEj:fuPL,1 BEj(1#qitj:#'j>+81EErWSA 6hf=. ^I 6 6 i ¹ P%nP#q D#3#bS,2Elb Lj2VltB%tj:,

%0) 1 P%nFS%tj:j(i +23EEj:ti < , i3gD n'2ElbbS A ^{8 2} P%n&jcFS%,35J5io)a,2Elb bS4IC,f=.

Table 3.1 8= 1 PFEib'2gI5ibS&j(^{i +3:1} f=B$ ¹ P%rq3S ^{i 2} PP'2EI5i.6Tqik,it^{LJable 3.2} 8=2 P%jgPpq/2Ef5EbS&j<^{i tf‑3} f=FSe) ¹ Pq'215i^{i 1}PFElb1#qi^{i 2} P%rqB;a/j% ^{L,Table 3.3} 8=2 PP#&xl1'2EI5ij)S%j(^{i ti} J3 f=FSn 1 PP/2I5i^{i 1} PP1‑Hqi^{i 2} PPn,a515iⁱ 1‑JL+iqB;k/j%^L f=. %alehhn1@k%E& Lf=FSFp5ktEW9ei‑8 ⁱ , U'i!YLe)#.5*[4=8=h'V,T b 82ifra

tLF$9'SfJk'j%^{Lf=o =n I i 8=i D ,} %#.5&I*ntfO)J3Z+Pn3gEj:#4I L,TV,tfV,I 2= ASJZDlb,1 f=.

‑jg8=, ^{Fig.3.7 K Table3.3 8=,j% Lf=, 2} PP#&x7'2[3ib'i, %jc ⁱ tj:J3f=P$0)%jga) '2#3jik'j%i‑o ¹ P%2 PqO),iA*%bitAS ^{ww, DW, SW i 1} P#nL3qDbSj(% < ^tj:

a i 1 P%0)FS%'2glEbSjc5 < ^{tj:9 , 2} PyO)BgDAS ^w pch‑jEJ+T^bJ3‑Cb, ² PqO)fB#

'2EI5iAS/],5< ^{tj:‑3f=. =o)I i tj:, 1} P#0)I3BRn'2E)T38=iJ3T ² P%8=^j]5n8I

jT,/I,*1‑ASP2iqR5nf== tk,j%+t5%k6n8. ^{3:f=, 1} PyB3gDbS ^s T>bD ^{, 2} P#

0)B3BpASw ^{i s} D2]%ktEW9ei‑8 ^{i:, I} PPnFS%'2E15iEj:, ² PPL3gRbSj<%u, ^{ss bS} /J,5vlL5k,j%L,f=AS, ¹ jet 2 jg#nfB#'2EI5io)*D (2 jg#,&#,2elk) ‑Chtj:, SW i SS 0)FS%'2EL3i8=3gEj:3a6nifb,J3f=. ^{=n= i i D ,} #.5&IS@IA=t L,Tjik 6it f=IjT,)i,qLtj:JS L,75,1 f=f=b, #.5&14=%Iq=n'2g#3%tj:R C i ^tj:J3FIBS, 2 P%nB3g

R bSj(5UlbnE52f), ² P%T>FS%'2Ef5iktBhD5%f= 2=5%k ^6h8.

Fig.3.8 a A, 6 d 8=2 ij)i5n ² PPn'215EASjfii tto‑9 k'it L,f=F$0)/23f3f‑ flk,j%

+. ¹ P%, ² PPbS5,)f'3!n^ww #.5&[Srelj:, '2Ejf3f‑ T<1>R FLEL/%#iqk,j%+bS, ¹ P%Z)S TI7#i!o) ^{DW, A U} ,y T,JFiqnsw#.6&I*relj:, ¹ PPo)B3gDbS T<7niq, ^A U ,y I,#i!t fun+8 ^{i , 1} PqnFS%'2eI5iEj:tBhu^{L,, 2} PPnjgFpq'2I5EEj:i@,A)hL,, ^r< J 0)S#i!o)/2E

#3%‑ f<'ttilf=o 1 PgR ^U.y I,#.S&IST^2 P#ASf5,)f3!n^{sw i I, 2} P%j$8=X ^U ,y

TJf3!n ^ss 5e.5&ISyehO)'##3f‑ T<'niiiv'ti3a 6YLi?A,J3 ^f=.

n}tn,J#Btct ^{9 ,}

1 jg5BJ{DinRr)Jr&ASlfEv'*i5%,2 Jg5BL^inW]Jr&8=b,A,b 6ii, ² jg5BJ^io)FS%,RISE tj:jc% < ^ti 81[Br6]AS,j%531f=.

20

5

1‑0

eI O J

‑20

20

;.

cI O i

‑20

I

.J3

̲‑I I rI,

I, I, ll /

{J,

I,

y/

‑80

‑40 0 40 80

Displa

cemeJ)I(mm) Fig.3.4a %R, (ww)

E=2]

,I‑

I I,

l=J,

I

I I

I

I_J/,I.

I,

r/

.II^,

‑80 ‑40 0 40

Displacement(mm )

Fig.3.4c f'7?51 (DW)

‑‑‑‑‑‑‑‑‑i&,% ^{: lF}

40

20

a .be 1‑OeC

O A

‑20

20

a

%o

e4 O IJ

‑20

I,

A1

‑.I‑

'r, I

4=

^YJ

/,, I,.IJ, I

.I‑/1 l=:,‑‑I

‑80 AO 0 40 80

Dist}lacement(mm) Fig.3.4b RL) ^y I,#1 (SW)

I,

iiiij

I I

./=II!=L‑

]J,,i,

/ /

‑80 ^{40 0 40 80}

Displacement(mm)

Fig.3.4d RL) ,yT.xLl ^y Tt (SS) 1#:2F

Fig.3.4 #jf9El5iBg1,*,

:El7: ^:

〜

fl

ao

8

i40

G)80 Fig.3.5a

̲i i.ll:〜:

i

Bo

8

Fg40

Fq80

Fig.3.5b

80

340

A

aO

8

&g::

Fig.3.5c

384:

E

fx

8

i?40

Ea80

lt I

I

A^..

'1 It

Jl"

bl

^I

.･l

tI ‑‑

II I.〜‑ll. ‑･1

IJ･I ,〜〜tt/

I ^M I

tI

tT

^{･JJ･ ･･7.I}

^lttl

^I

0 ^{2.5 5 7.5} be(S) ¹⁰

P*#uEgFE:%#1&(WW) ^‑‑ a,iR ^{: IF ‑} 9S,i&^{: 2F}

̲‑1t ^{'t ll}

‑

A^..

i

l=1 I{.I bl

^A･･‑ )/ll

A

TW tl

tL

tY!･

^･･YIV

^rI.

^IJ

^{.t･=･･･}

^l･/

llJ"I J,

0 2.5 5 7.5

Tine(a) ¹⁰ FS#uL5fEt:Jk%'2Elii(wD) ^‑‑‑ E&# ^{: lF ‑} jS# ^{: 2F}

EJalt ll Il /1t

I

LA

. llII ‑‑It

I !^･L

･l^..

I‑ It

LJt･･

･r.

/1･

I ‑‑‑

lY

L,

lLVII.

V

^T.

I,

I I I‑ I

t!tJ

V

ltJ

^.J

o 2,5 5 7.5 Tine(S) 10

FS#rjBEFt:%2g4k(WS) ^‑‑‑ i&,% ^{: 1F ‑} 9S# ^:2F

‑1t

lL [^I Il. ^I.1L

‑A

..

i^･･tl

･･1･...

dP

..^1･･

^{l･･. ‑I‑i Jl〜.‑‑}

YW

I.

M T//

I.

I ^･1‑,

I .

I,

I(I C.

I ,

tJ

40

i2:

ⁱ

320

‑40

Fig.3.6a 40

!20.

c6

320

‑40

Fig.3.6b

40

!2:

cd

320

‑40

Fig.3.6c

40

;Ill: :

ct1

320

‑40

lt

.L･A A

l^

Lh A‑A

^‑

T

1

Vu

EI] ^tt･

Y V ^{TV W V V Y}

o ^{2.5 5} 7.5 Tine6) _lO

PSmBgFE%#i(ww) ^‑‑‑ i&#& ^{: tF ‑} 9S#& ^: 2F

l

'1 I

Ah 21

ll

J･･A A ^‑

A

I

‑V V

^YY

^{V W}

^{l" T V}

0 2.5 5

FS#JJj5fFt:%#ji(wD)

7,5 Tine(S) _lO i&#:lF̲ S#:2F

4hA･A A

‑A

IJA ^JA

l･TYV

^AhuI,

tl

o 2.5 5 7.5 Tine(S) 10

FSi(rJBgFt:%#jE(ws) ^‑‑‑‑ i&# ^{: 1F}

‑ 5E# ^:2F

A･A^ ^{l^ ‑JA ih}

T･yW

I‑

W

^{T VT}

o ^{2.5 5} 7.5 Tine(S) ¹⁰

Fig.3.6d FSAuBgTE:%#Tq‑i(ss) i&,%: ^{1F ̲} jS#:2F

Table 3.1 1 PE#1E%j(F#%Ft:%

Time

(S)

lF IF 2F 2F 1F+2F

Disp(mm) Load(kN) Disp(mm) Load(kN) Disp(mm)

WW Posi ^2.20

Nega I.$8

53,77 ^{27,22 24.70 1 6.80} 78.47

‑29.96 ‑2t.38 ‑13,I3 ‑lO.98 ‑43,09

DW Posi 2.22 58.87 ^26.19 24,$2

Nega 2.74

‑45.8S ^{‑I 9.84 ‑) 7.63}

17.33 83.69

‑13.08 ‑63.51

SW Posi ^2.28

Nega 2.84

67.S9 20.19 19.04 1 4,05 86.93

‑66.69 ‑18.24 ^‑l 3.90

‑7.24 ‑80.59

SS Posi 2.28

Nega 2. 82

62.70 18.42 22.85 13.)0 $5.55

‑6l.43 ‑17.87 ‑26.56 ‑I3.50 ‑87.99

Table 3.2 2F fgFW'#1i&j<FS%FS%

Time

(s)

1F IF 2F 2F IF+2F

Disp(mm) Load(kN) Disp(mm) Load(kN) Disp(rnrn)

WW Posi 2.24

Nega 1.88

51.28 18.55 27,l4 1 7.05 78.42

‑29.96 ‑2l.38 ‑l3.13 ‑lO.98 ‑43.09

DW Posi 2.26

Nega ^2.74

55.85 I 8.24 2&.53 18.40 84.38

‑45.88 ‑l9.84 ‑l7.63 ^{‑l3.08 ‑63.5l}

SW Posi ^2.26

Nega 2.80

66.80 20.27 19.42 15.38 86.21

‑65.05 ^‑18,42 ‑l6.30 ^{‑12A5 ‑81.35}

SS Posi ^{2,32 6 1.02 14.72 24.68 13.15} 85.70

Table 3.3 2F itBW5gI5u&‑*F$8FE:Jb%

1F ]F: 2F 2F IF+2F

Disp(mm) Load(kN) Disp(mm) lJOad(kN) Disp(mm)

WW Posi 2,22 53.54 24.83 26.6&

Nega I.$8 _{‑29.96 ‑21.38} ‑I3,L3

1 7.52 $0.22

‑I 0.98 ‑43.09

DW Posi 2.24

Nega ^2.74

58.20 23.59 27.64 lS,83 85.84

̲45.88 ‑l9.84 ^‑17,63 ‑I3.08 ‑63.51

SW Posi 2,28

Nega ^2.82

67.89 20,^{19 1 9.04 1}4.05 S6.93

̲66.25 ‑l8.30 ‑15.43 ‑10,34 ‑81.6S

SS Posi ^2.30

Nega ^2.82

62.30 ^{1 7.21 24.46 1}3,60 $6.76

̲61.43

‑17.87 ‑26.56 ‑13.50

‑$7.99

loo 75

3

P4

.5

2

50 25

25 50

‑75 100

WW DW SW SS

Fig.3.7 2 Pq%#2g#3bS%j<FS (Table3.3) %P%nFS%

‑100 ‑50 0 50 loo ‑loo ‑50 0 50

DiplacenentGnn)

Fig.3.8a 5"%,(ww)

DiplacenentGnn)

Fig.3.8b f5tR ^{U y} ft(WS)

100

‑loo ‑50 0 50 100 ‑loo ‑50 0 50

Diphcenenthn) Diphcenent(nn)

Fig.3.8c T{7#(DW) ^{Fig.3.8d A U.y hR L].y} h(SS)

Fig.3.8 '#7f3f‑ ^f<1

100

3.2 1 Jg3ti*?S*#3B4b a)ik& B9*iPbph 9S*

3.2.1 #&i*8tf

i&jf8= jWf*xiT>111 ^{f= 139), 1} jg5if4=1#L#4he)hiSJL,hDh 8= i 8 I2i#B9jS,6&k,j%

+. 5' 52(*#.%ISo)gptffi%1Bf5tj:5to) ² jgi#L#4h a)12i#BbjS.5&T7j% ^L,f=fg (W) )f3!3:

f=Ej:, A U _,y I, (S) #i!t L,, 7k5Fl#i5Ej:Rug:t*Ben ² 1%}Bt Lf=o #.5&ISiBE5E k Fig.3.9 i=,itL,, 7k5Ff#f5k ^Fig.3.10 8=,j%+o

#.5&[*Ej:3E5, F5]Efr6], gpWLEifrabS, %n%hYL,% ^3000mm Thb‑3f=. ie. 1i tj:105X105mm, rlik 105X210mm, FpqB ^105X30mm n1&*tj:*7j ^I,9,y T<'#

BkWT>bl ^flo #.S&I*jff5 (Bqf5) nBFpqPrgEEj:^{1000mm i L,,}Fp58=PpqBkgEfTE Lf=.

jEf5,i (]E) f58=*,iA*8=, ^{9 7} y%l&(JAS ** 1k% 7.5mm Ff) k5TfT6 (N50, 9[Jg ^100mmm Pg53 150mm) ^L,, W.1hBift Lf=. fLEiZk+8!gi5. 3Ef58=bf5Wk5g

D1+81, hDhffiZkkr5n'2E#3kBiJt L,f=. 7k5F#f5tj:, i‑gi#LfR%1& (JAS # }B ¹ k% 24mmJrj?) kN75 5TTtgb‑3Blf=.

3.2.2 #&i*Q)##

#J5&[4=o),iR*%bifk Fig.3.ll 8=,iti‑. i.5&I*jfi5 (f5f5) khDht#f5t L,, hDh1#f5tj:fE,#i!#f6t LT=. Sf5 (]Ef5) ^kR U _,y I, (S), i (W) D2##t ^L, Be1#i5k*Be (F) tWIT# (R) ^〜 2 ii*t L,flo #.5&ISn,iA*%bifEj:jff5, i

3.2.3 #&k%

i.5&1Rfk ^Fig.3.9 8=,j%+. gptFLEijih5i8=8Bk‑381 631f=79 911=‑9 (%7g Alfi+9fitA ^{: i200kN,} _t300mm) i=i D hDj)kh'= ^+a:J3f=. 3S.5&8=jn,f=i&B;iai&

Ej: 1940 *EI CentroNS i&T>jaj(hpifEEbS ^{400gal i tj:a i} 5 L=a;3$1E L,f=b a)kjq Vlf=. J[EJr&gi%Ej:^{5t i L,,} #iif&8j: 2%t L,f=.

i&5ki#ⁱ⁵

i

:i

Ln.

EqEg Eaeq=

l%i

Lil g

l>

rLll

bohBE#i

j=%i5

Fig.3.9 1Jg5Sj<5i[*#.5&I*

O a O O r1

C2

i

O a a O

a c) a C>

Fig.3.10 L##i5a)*Bi

: .l}i.Lii: ^..

I:i:....

:. ^:.:il

I

Fig.3.l1 5e,5&14=o)#*

3.2.4 #&#A

Fig.3.12a A'6 d 8=%#f5nF$3'*rJBfFS%'213Ek'j%+. hDj]frqn x1,X2 i#f5 tap j]FLEL3Ei#i5^Y1,Y2 k%n%>nj%+. ^Xl iBt5, ^X2 1#i5o)#R*%bitbS#‑5, (ww)

Th, 7k5Fi#i50)Wr]JrBbSf5u' ^ww‑R, t7k5FWJJr&n1&v, ^ww‑F 8=‑jV,I, hDj]#i5 T>b ^{8 Xl} a)FS%'215Ztj:, A<5FWrJJr&0)Sv' ^ww‑R A.5&ISe)fbi, 7k5FWr]Jr&DlfEv^,

WW‑F i tbFEk^L,T/], 5 < ^t3:8IE?qb k'j% L,,X2 t#5nFS%Ej:, A(5FRl]JrAnlfEv,ww‑F

#J5&ISn*AS,], 5 < ^t3:81E?q6]^{k,j% L,f=. I} a)1E?qr5k^WS‑R #.5&I4=Z:WS‑F A.5&I4=TC) b B]^CTh, 7k5FWJJr*0),i, 5 ^{vl WS‑F} #.5&ISo) x1 1#f5nFS%,2EI5Etj:, WS‑R#.5&Iq=

0) X1 #f5i D jc% < ^{, x2} f#i5Thtj:%niPT>bJ3f=. 2f=, 7k5PW1.r&bSSv, ^ww‑R

#J5&I* ⁱ ws‑R #.5&I4=e)x kr5#5inFS%ktEW9e+8 i , WW‑R i.S&I$8=tbJ<, WS‑R#.5&[*n ^x2 i#f5 (S l#f5) nFS%tj: ^X1 1#5io)FE%8=hFf< ^i3:1TU,8. ‑f,

Y fr5n#f58=‑?V'TEj:, A(5Fi#f5o)i%V'8= i:8@,%tf3Etj:3i5%81 ^6ht2V,.

I =T>, Ben2g#3A#tHjfiAk, ^Fig.3.13 i='j%+. qR(%A,W,2)f3Ej:, Xl i X2 ⁰⁾

SET?)b8 X*r5'2e#3%6x ^{i Yl i Y2} n3grChb8 Y*r5,##3%6y tBen+iAi D #tHk111f=. Table 3.4a A,6 ^{d 8= X1} 1#f5ASjf4%&j<1iFSnFS%,2gf3itr#n,2e

#3A k,j% ^{L, Fig.3.14} 8=T#o)itAJW,2E#3Jr&#k,j%i‑.

MBR R 0)#A5&I*tj:, ifjuW'##3AbS ^1/250rad nJft #fF8='J,5 < , ABE F Tlj:

&jcT?1/70rad i '##3 ^LTV,f=.

FbRWuJr*n# < iiRJL]EbLf= ww‑R , WS‑R ⁿ 2 ‑?0)i.5&[*tj:#KifkW,2n3bS/]l 5

< ^, 2E#3nj=#7b5EEqtj:FfE7:>b8 ^{I i} bS,j%5hf=.

I a)FSnBen'2#3kBe7Tibo) ^{3000X 3000mm} 8=# ^{L 10} 1%7:>af%E Lf=B7k,j%+o

*Dhji#t#f5TCh A ^{a x2} l#f5nWjJr&bSS < ^, 7k5F1#i5nWJJr&0)LRv ^,ww‑F #.5&tq=Ej:, 7kqZi#5io)'2g#3AS%bjc% < ^{if D ,} 7k5F*#iiinWuJrB. hDj7ji##f5o)WJJr&j5,;Sv ^, WW‑R#.5&f4=Ej:, Ff6bSj(i < ^{tj:J3f== i} b';,j%5hf=o

80

? 340)

d

a

^o

Q) U

Ida^‑40

CD

･I<

EL80

80

‑E

340

〜

E]

a

^o

C) U

‑;

^{a) ‑40}

‑II

F=

‑80

80

3 340

〜

a

a

^o

C) U

･5p.^‑40

CD +I<

E)

‑80

80 ,a

340

･JJ

d

a

^o

C) U

‑;

^{U2 ‑40}

LI<

F=

‑80

‑X1.i

^ ‑‑.X2

,

g,･1 A

^lt

'll

^{jet A A}

YTV tl

tI

V l･Jl Y JI

〜.. ‑tJ V ^{‑. I‑}

V

V

5 7.5 Time(S) ¹⁰

‑Y1 .i^...12

A,･^ .･L^･‑L^,.I

L･,･･^‑‑A

^A

LH

‑I‑

I^‑･V･J

T/

^{1･.･V･VV. .V･･JT l1‑I}

r.,T"Tl‑I

Tl

2.5 5 7.5 Time(S) ¹⁰

Fig.3.l2a F$2k*rlBfFS%'2I3i #.S&f* (ww‑R)

^

A.Xl‑i

^..1X2

I

AI.1 LI A I. #

⁺ /1 ^Jn

PV ^‑,

/

^･･

T. rI

III

I^1.r

Y TIT

V ^V

5 7.5 Time(S) ¹⁰

‑Yl ^‑ ...12

^･. ,･･ A‑.L^･･. EEq

ll I ^{･〜･.. .VI〜.I Y ･･.. .JT}

i.Il

I.,

I I ^{Ill‑rl 1}

2.5 5 7.5 Time(S) ¹⁰

Fig.3.12b F$2<*rjBgFS%#I5i #.5&Iq= (ww‑F)

80

3 340

〜

a

a

^o

C) U

‑dp.‑40

a)

a ‑80

80 'AE

340

〜

a

a

^o

A) U

‑dp.‑40

U)

･p<

EL80

?80 340

〜

a

a

^o

4) O

i‑40

Q5 4I<

EL80

TE

80

340〜 a

a

^o

4>

O

‑;

^{n ‑40}

+II

E3 ‑80

IXl

^.i.i.X2

A

Ilt ltl ^A ry,･1

^A

i

^FW

YIT

V

tI

ⁱ

V

^I

i 1IJl

^‑

i ^V

5 7.5 Time(S) ¹⁰

‑Y1.i

^‑‑‑12

‑J･J

I.･L^‑.L^‑,.

L^

J]l:‑ :

I rY･･･. T ^{･r I}

K2=i‑

2.5 5 7.5 Time(S) ¹⁰

Fig.3.12c F$2k*r]EfEFS%'2I5i i.5&I4= (ws‑R)

lXl ^. ...X2

‑

‑I^

,,･･

Il

･ul

^{A EW}

rut JI W ltd tt/1

^{V I‑I Y ..,ll}

i

/rV ^{V V}

5 7.5 Time(s) ¹⁰

‑Yl

li

A,･LJ

J･L A‑.L^J.

:I.‑A

.W･･. ^{rVl･‑, Yl･･,. W････r 1.‑.I. I‑..}

T I ^ll.‑Il･l

2.5 5 7.5 Time(s) ¹⁰

Fig.3.12d FS#rjBfFS%'2e45E #.5&[* (ws‑F)

L:xjfr5TKjS5, ^H: ykraqt4(&5 6x xjfr5'2gn3% ^6y Yk6]2g#3j%

y ^: ‑u:/vu#7g7f3A

Fig.3.13 BeifAJW'##3%;f#iA

Table 3.4a. WW‑R HSA# &*GETh%tBE&#5

Table 3.4b. WW‑F ;R## &XFE:^%tBE&#5

WWF Time X 1 X2 YI Y2

(^{Se c.}) (mm) (mm) (mm) (mm)

2.82 64.40 1 1.50

‑6.75 9.21

2.28 ‑80.00 ‑13.70 1 1.49

‑ll.88

Table 3.4c. WS‑R ;RSA# ER*FEk%tBEgRS

Table 3.4d. WS‑F 5tS*1* &*FE^%tBE&#9

WS F Time X 1 X2

(S^ec. ) (mm) (mm) .. . I I ...‑‑‑.

2.78 61.30 20.50

2.26 ‑81.30 ‑25.60

YI Y2

(mm) (mm)

.. ‑‑‑. .

‑6.38 8.75

1 1.74

‑12.67

Angle

(rad)

1/117

1/96

Fig.3.14a WW‑R Fig.3.14b WW‑F

Fig.3.14c WS‑R Fig.3.14d WS‑F

Fig.3.14 T#'2E#3Jr&#

3.3 1/2 #R3iiW4!o&#B99S&

3.3.1 #*j*8Ef

#.6&I*tj:Fig.3.15 i=/j%+i 5 8=OS. iA11%AS 1768mm, #5bS ^{1110mm 0)} 2 5iio)

1 #iRjE#*,iR#iA5iI*4##i9t L,f=. 2E*f‑}1‑/Vk 442mm i L, gDtfFLEi.A(5F i#i5Ej:#8=i5WgS ^D tt# i L,f=. B. #iO)*WrJ8=Ej:, Si9#LfiRLi380kg/m3, 5Fi9 i7y9h'* ^7.02GPa, iFh9%7k‑* ^ll.5%nR *1AWkjn ^l, #. j=en+i2iEj: 60x60mm,

rTi.9514tj:60x140mm i L,flo 7kqZ1#f5tj:,Fig.3.16 8=,j%+i 5 i=+iL75S ^442x884mm, F?5 ^12mm a)#L%R%l& (JAS #*2k%) 8l&kN38 5T (75mm FpqR5) T>#b‑j81 f=. gptFa1#5itj:, +i3fbS 442x1110mm, Jrji5^5.5mm n%i5%l& (JAS1 # ¹ k%) ^k

N25 5T (75mm FpqPrqE)TBb‑j818=t8=i: 9Wj7*#t L,, 1 lBf5bf=9%j(4 1ko)f5Wk=&fE L, f=.

3.3.2 #&i*e)##

7k5F1#i50)ft#tj: ² ## i L,, ^Fig.3.16a 8=,j%+i 5 8=%l&o)j%S. 5++So)f5fr5 8=5TfT6 L,f=bo)k rWurK (R)J ^{i L,, Fig.3.16b} %1&5++SfrW=o)*gfT6 L,f=

bo)k r*TK (F)J i LT=o %gptFLEi1#f50)f5Wo)6EfEtj: Fig.3.17 tj:6Ut>8= Fig.3.18

8=,j%i‑i 5 ^8=, f5#8=i5fq ^{1 i 2} k‑lkiiJ36afEL,f= ^2P #f5(1, 2)kB;*t ^L,, f5Wk4irC&D *5*gA*0)*tt3:‑3f=bO)k ^OP (*gR*) #f5, ZEIATlo)few l a)*k lPi#f5 (1)1 2Pi#i5o)PqlAr)i=f5W3 khDkf=bo)k 3P#5i (1, ^2, 3), 4iT8=f5WkBaL,T=bo)k 4PIBi5 (1, 2, 3, 4) ^{i L,flo} #.5&ISo)zB*t@#k

Table 3.5 t=*i‑. i xy #i50)f5Wo),iR*%bifEj:, Fig.3.19 8=,j%+i 5 8=fPkr+

8i#f5ni514nfpbS ⁴ Tit ^{t3:a i:}5 8=iEJ+bT=. tih', %#f5nBtrliif=Eij=%o) ]f%8=tj:, *'}ki2#Lli!, ]#%4>4ht ^LT, ffi4f^12mm 0)3Lmkjqv1, #i5f*#0) 1i i:5ilq#%BO)BBg. HeB538= tj:, HD 4>%kAB.jE? L,T= S Ii %%4i4b(sB‑12)k!bXJLfE

Lf=,J

3.3.3 #*#%t#*i*e)##

I2i#B93S.5&#fEmftj: Fig.3.15 8=,j%1. [&#B97k5FhDj79S.5&Ej:, jihBe8=iRfE 5 nf=79911I‑9 (S*AlfBfAi 150kN, j=200mm) k=yttol‑9*y>‑(

ySr]4#+8 ^{I i 8=}_cE ⁹111 ^flo #.S&t4=Ej:,iij]Be8==&iPLEi^L,f=‑J‑ y‑#i!‑}9h'i:A‑^L,

I, f5 5,% ^1200mm 0)3t.S&I$7kqZl#f5q)JL, (a;JL,) khpj] L,f=. 5t.5&ISn'2E#3Ej:, 7k5Fi#5i*JL,a)#&#2gI5ik@,rJjEJ+ ^{L,flo ‑J‑} y‑ni!‑}9h', ^{7 9 911I‑9 ,} i.5&j*f

#o)BkrB,7 i,‑A tj:, %n%>Yt/jij]Tw8=/q!,J# ^L,, #.5*ISIj:ie#JZDik&%7 ^i,‑ A

8=/5!,#^L,f=.

1&&Bb7kSFhDh5e,5&nSfJ4#‑JR jlA 8= 8j:, B7#AlfgfitA9‑‑*1/<}v+‑48000

#i!klfR L,f=. 3S.5&8=Rvlf=B&R5i&Ej:, 1940 *EI CentroNS i&t L,, #.5&I*x k r5o)%jchDL#BfbS ^{483.1gal i tis a:} 5 8=2E*1b ^LT=.

Fig.3.19 i=,j%+i 5 i=, #.5&ISkhDh**r58=#L,T, 0 Li (5F11), ³⁰ BE, 45

ii2=Ff65if8= ^{t8=J: D ,} Yfr5n^j]hD3fLikx*6]n ^{o%, 58%, 100%t L,} f=. 3:T=, ^j]fhBii&tj:, 1Sni97J‑i2fASjSj<e)I/2 k#tlB,jEF'bL,TV'8^{I i i 9 〜} 1S)f3q#B IJ;RfUJk5%L%.L, FSFpqnRF‑/vk ^{l/2 i Lf=. tih',} JA=Tn#.5&I*8=hlV,I, JrEJr&

ff%83: ^2t i L, #55jEr+&8j: 2%t L,f=.

#.5&I*Bfyj;tj:, BeWJJFi %#i5ni5Wlk&o)liA*%bifk%E% i Y kr5^j]tE k)rTR*8=ae%EL, BeWIJr&8j:WIRE (R) 3:f=Ei*Be (F)^, f5W4&%E%8j: ^{OP i 4P} 0),iR

*%bifASt OO40JP i _{3P T10 30} ni 5 8=4}i#i6nf514lk#K 0 k%%hDkT%E

%t L, X fF]ni:&BSi&^j]8=#+8 Y fr5nfbBSi&^htbtj: 0%, 58%, 100%k

%n%hn ^{o, 58, loo} taf%E Lf=. q[li L,Ttj: ^{rR‑00 40‑20 20‑58J} tj:rr#Wr)Jr*j)S(R)‑Xl bS(op)^x2 bS(4P) ^{‑ YI} AS(2P)^Y2 bS(2P)‑Y f6]hD3g&^htEAS 58%J k'j%+o

1 500 2500

O O

O 0

;A:i

LJ ･i

EG‑2‑i‑i;

^{i /V^1r}

q UCi

tJ)

u

Lh

rJ

: .

I

I

FL

Ill

1

I‑:I.

_l1.

a)

/‑:I:

3

ll

:.1

.:‑t7

A(RjBid)

Fig.3.16a WrJB:it# 7kqZ#5i(mm)

F(Flexible)

Fig.3.l6b a;#&i% A(5F#5i(mm)

Fig.3.l6 zj<iF#f6

Sug]'60x60mm 442

(6ih)

FigJ3.17 gmttE#i50)**

lP #f5 ^2P #i5

O

LJIl

r1

Table 3.5 i.5&I4=n]%*tzB*

#.5&t4=B Be ^{XI X2} YI Y2 AJi

R‑ 2020 2020 00

R‑ 1030 2020 00

R‑ 1030 3010 00

R‑ 0040 2020 00

R 2P 2P 2P

R IP

R IP

R OP

3P 2P

3P 3P

4P 2P

2P O&

2P 0 BE

1P 0 Li

2P O&

F‑ 1030 3010 00

F‑ 0040 2020 00

F IP

F OP

3P 3P

4P 2P

1P 0 BE

2P O&

R‑ 2020 2020 58

R‑ 1030 2020 58

R‑ 1030 3010 58

R‑ 0040 2020 58

R 2P

R IP

R IP

R OP

2P 2P

3P 2P

3P 3P

4P 2P

2P 30 Ji

2P 30 BE

1P 30 Li

2P 30 Ei

R‑ 2020 2020 100

R‑ 1030 2020 100

R‑ 1030 3010 100

R‑ 0040 2020 100

R 2P

R IP

R IP

R OP

2P 2P

3P 2P

3P 3P

4P 2P

2P 45 Ji

2P 45 Ei

1P 45 Ji

2P 45 Ji

F‑ 2020 2020 100

F‑ 1030 2020 100

F‑ 1030 3010 100

F‑ 0040 2020 100

F 2P

F IP

2P 2P

3P 2P

F IP 3P 3P

F OP 4P 2P

2P 45 Li

2P 45 E5

1P 45 Ji

2P 45 BE

100%

1 >^

I...

+.V

̲...

r!... illl""I

̲

+ +...I

lW"lW2

5h

.

NMWm

i

I..

+.. +...

+.

i....

""ll""

5 ¹ :I"

^+.+...I

⁺²

ZMWt･W.

iiiiiiiiiii2i‑iiii‑i

2020‑2020 1 030‑2020

100%

58% _T.

+....

+.... i...

U...

1

"!l% i11Ill!11] ²

:･･･T･･･rT･I･T. PT･rT･I･

ドキュメント内 仮動的実験および時刻歴地震応答解析による合板張り木造軸組の立体挙動に関する研究 (ページ 33-67)