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o 2̲5 5 T5 Time(S)o

WS‑F Fig.4.39 FS#IJBfFE:%#jf

Table.4.3a &jc/2EI5Ei ifAJW/##3A (ww̲R)

WWR Time X 1 X2 Y 1 Y2 Angle

(See.) (mm) (mm) (mm) (mm) (rad)

EXP 2.72 52.40 21.10 ‑10.23 12.74 1 / 104

Posi Mass 2.76 51.60 19.24

‑ll.85 ll.85 1 / 93

99% 102% 1 10% 86% 107% 89%

EXP 2.22

‑76.10 ‑29.70 16.67

‑16.63 1 /65

Nega Mass 2.26

‑71.27 ‑26.51 17.44

‑17.44 1/67

98% 1 07% 1 12% 96% 95% lO4%

Table.4.3b %j('2EJ5itifAJW'2g#3A (ww F)

WWF Time X 1 X2 Y 1 Y2 Angle

(See.) (mm) (mm) (mm) (mm) (rad)

Posi

EXP 2.82 64.40 ll.50

‑6.75 9.21 I / 59

Mass 2.80 68.67 14.30

‑8.53 8.53 1 / 55

lO1% 94% 80% 79% 108% 93%

EXP 2.28

‑80.00 ‑13.70 ll.49

‑ll.88 1 /46

Nega Mass 2.28

‑75.48 ‑16.12 9.72

‑9.72 I / 51

100% 106% 85% 118% 122% l11%

Table.4.3c &j('2g1%tifjuW2g#3A (ws R)

WS R Time X 1 X2 Y 1 Y2 Angle

(See.) (mm) (mm) (mm) (mm) (rad)

EXP 2.76 58.30 35.50

‑6.66 10.07 1 /155

Posi Mass 2.78 52.65 23.87

‑10.33 10.33 1 / 104

‑‑‑‑‑‑‑I . ll‑.‑‑‑‑‑I..I.‑.‑ ‑‑I‑‑IIfldll‑‑l‑‑‑̲

99% 111% 149% 64% 97% 67%

EXP 2.24

‑75.40 ‑45.20 ll.33

‑10.66 1/102

Nega Mass 2.26

‑70.85 ‑35.56 13.15 ‑13.15 1/85

l‑‑‑JM‑‑‑‑‑‑‑‑‑‑‑‑‑‑‑‑‑‑‑‑‑‑‑‑‑‑‑‑‑‑‑‑‑‑‑‑‑‑‑‑‑

‑lI‑ ‑‑‑‑‑‑.. ‑‑‑‑‑‑l‑‑‑‑‑‑‑‑‑‑‑‑‑‑‑‑‑‑‑‑‑‑ II.l. ‑‑̲̲̲̲‑l"I‑̲̲̲

99% 106% 127% 86% 81% 84%

Table.4.3d &j<'2f5itifAjW'2#3A (ws F)

WS F Time X 1 X2 Y 1 Y2 Angle

(See.) (mm) (mm) (mm) (mm) (rad)

EXP 2.78 61.30 20.50

‑6.38 8.75 1 / 78

Posi Mass 2.80 67.50 17.52

‑8.26 8.26 1 / 60

‑‑‑‑‑ . ‑‑

‑‑‑Il.I.‑‑‑‑Il. ‑‑.l‑‑‑‑Ill‑I‑I‑‑I̲

99% 91% 1 17% 77% 106% 77%

EXP 2.26

‑81.30 ‑25.60 ll.74

‑12.67 1/55

Nega Mass 2.28

‑74.72 ‑20.51 9.30

‑9.30 1 /55

=N‑‑〜‑‑‑‑‑‑‑‑I‑‑‑qtJh‑‑‑‑‑‑‑‑.‑‑‑‑‑‑‑‑‑‑‑‑‑.‑‑‑‑‑ ‑I.. IIIII‑‑‑‑II.. ‑‑‑‑I‑‑I.‑‑‑‑‑‑‑‑‑I... IIlIIIIIIIII‑." AII+

99% 109% 125% 126% 136% lO1%

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Table 4.4 &**W5jitffO)&#5i5 (RIJBER Y *F)^h _O%)

Time X 1 X2 Y 1 Y2 Angle

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

‑. ‑‑.‑ ^'''=T'‑ .‑ .... ...‑.‑‑‑‑‑‑..‑. . ...... ‑

Exp 1.41 26.94 25.84 0.78 0.68 1/500 J21T

Simu 1.41 18.31 18.31 0.00 0.00

R‑2020 2020‑00

I‑. ‑ I ̲I..

Posi

Nega Exp 2.22

‑28.18 ‑25.74 1.18 1.30 l/500 GIT

Simu 1. I5

‑20.09 ‑20.09 0.00 0.00

Time X 1 X2 Y 1 Y2 Angle

R‑ 103 0 2020‑00 (See.) (mm) (mm) (mm) (mm) (rad)

Posi Exp 1.47 26.16 18.18 4.46

‑4.08 1/500 GIT

Simu 1.42 20.74 8.50 5.46

‑5.46 1/500 GIT

Nega Exp 2.97

‑28.14 ‑18.25 ‑3.39 6.29 1/500 GIT

Slmu 1.14

‑17.41 ‑12.81 ‑2.46 2.46 1/500 GIT

Tlme X 1 X2 Y 1 Y2 Angle

R‑1030 1030‑00 (See.) (mm) (mm) (mm) (mm) (rad)

Posi Exp 1.44 25.44 15.76 2.96

‑4.81 1/500 GIT

Simu 2.65 17.3 1 1 1.21 1.64

‑3.99 1/500 J21T

Nega Exp 2.96

‑25.72 ‑15.54 ‑1.80 7.56 1/500J;1T

Simu 1.14

‑16.46 ‑17.82 ‑2.19 ‑3.80 1/500 GIT

Time X 1 X2 Y 1 Y2 Angle

R‑0 04 0 2020‑00 (Sec.) (mm) (mm) (mm) (mm) (rad)

Posi Exp 1.53 32.50 12.83 10.59

‑8.71 1/500 J21T

Simu 2.71 22.81 5.93 7.01

‑7.01 1/500 GIT

Nega Exp 3.03

‑33.78 ‑12.77 ‑7.35 ll.31 1/500GIT

Simu 3.02

‑21.87 ‑3.73 ‑8.30 8.30 1/500 J21T

Table 4.5 &*&q5itB50)#R5iq (itEf^{F Y} hF]^j) 0%)

Time X 1 X2 Y 1 Y2 Angle

F‑ l03 0 2020‑00 (See.) (mm) (mm) (mm) (mm) (rad)

Posi Exp 1.46 24.14 14.35 3.70

‑1.86 1/ 418

Simu 1.42 20.61 6.96 4.69

‑4.69 1/ 414

Nega Exp 2.96

‑24.04 ‑12.53 ‑2.25 2.48 1/261

simu l.14

‑18‑.14 ‑ll.67 ‑1.36 1.36 1/471

Time X 1 X2 Y 1 Y2 Angle

F‑0040 2020‑00 (See.) (mm) (mm) (mm) (mm) (rad)

Posi Exp 1.51 27.22 9.65 5.16

‑5.94 1/ 273

Simu 2.70 29.18 4.53 8.50

‑8.50 1/ 23 1

Nega Exp 3.01

‑34.68 ‑11.14

‑4.98 6.32 l/ 144

Simu 3.02

‑28.84 ‑3.00 ‑9.05 9.05 1/ 228

Table 4.6 &*&#SitBeo)*i#5jq (RrJBE^{R Y} hra^h 58%)

Time X 1 X2 Y 1 Y2 Angle

(See.) (mm) (mm) (mm) (mm) (fad)

I .‑..‑.‑ ‑I

:

.‑‑.‑..‑ .‑‑.. ^./‑‑‑. ‑. . .

Exp 1.42 16.82 20.72

‑8.17 480 1/500 J21T

Simu 1.41 18.31 18.31

‑1.32 ‑1.32 R‑2020 2020‑30

Posi

Nega Exp 2.19

‑19.96 ‑21.08 7.99 6.73 1/500 &1T

Simu 1.15

‑20.09 ‑20.09 4.70 4.70

Time X 1 X2 Y 1 Y2 Angle

R‑1030 2020‑30 (See.) (mm) (mm) (mm) (mm) (rad)

Posi Exp 1.45 30.18 14.49

‑0.04 ‑15.02 1/500 J21T

Simu 1.42 20.35 8.83 2.85

‑7.66 1/500 I;aT

Nega Exp 2.24

‑32.22 ‑15.40 1.82 15.72 1/500 BIT

Simu 1.14

‑16.60 ‑13.89 6.34 8.67 1/500 J21T

Time X 1 X2 Y 1 Y2 Angle

R‑1030 3010‑30 (See.) (mm) (mm) (mm) (mm) (rad)

Posi Exp 1.45 27.72 7.23

‑1.37 ‑29.94 1/219

Slmu 2.65 19.41 8.52

‑1.53 ‑12.06 1/500 J21T

Nega Exp 3.00

‑30.42 ‑10.17 1.46 26.29 1/386

Slmu 1.l4

‑16.56 ‑12.39 ‑2.75 1.29 1/500 G1‑F

Time X I X2 Y 1 Y2 Angle

R‑0040 2020‑30 (See.) (mm) (mm) (mm) (mm) (rad)

Posi Exp 1.50 39.06 13.65 1.84

‑22.ll l/500 J21T

Simu 2.70 24.70 5.10 6.82

‑l1.50 l/500 G1‑F

Nega Exp 3.01

‑37.78 ‑13.46 ‑0.72 22.03 1/500 J21T

Simu 3.03

‑23.14

‑4.39 ‑9.99 6.36 I/500 G1‑F

Table4.7 &*&85itFEO)&#5jq (PgTJCER Y *6]^h 100%)

Time XI X2 Y 1 Y2 Angle

R‑2020 2020‑45 (See.) (mm) (mm) (mm) (mm) (rad)

Posi Exp 1.44 19.48 18.70

‑13.33 ‑l3.37 1/500&1T

Simu 1.41 18.31 18.31

‑9.34 ‑9.34

Nega Exp 2.95

‑18.94 ‑23.50 15.ll 13.03 1/500 GIT

Simu 1.15

‑20.09 ‑20.09 13.93 13.93

Time X 1 X2 Y 1 Y2 Angle

R‑1030 2020‑45 (See.) (mm) (mm) (mm) (mm) (rad)

Posi Exp I.55 24.29 13.26

‑9.00 ‑20.12 1/500 GIT

Simu 2.64 19.68 10.33

‑3.61 ‑12.22 1/500 GIT

Nega Exp 3.04

‑31.42 ‑18.68 7.91 23.13 1/500 GIT

Slmu I.l4

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Time X I X2 Y 1 Y2 Angle

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Time X1. X2 YI Y2 Angle

R‑0040 2020‑45 (See.) (mm) (mm) (mm) (mm) (rad)

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Table 4.8 &j('2k#3%tBEo)'#7T5fj5 (#qE4(^{F Y} jfr5^j] 100%)

Time X 1 X2 Y 1 Y2 Angle

F‑2020 2020‑45 (See.) (mm) (mm) (mm) (mm) (rad)

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Time X 1 X2 Y 1 Y2 Angle

F‑1030 2020‑45 (See.) (mm) (mm) (mm) (mm) (rad)

Posi Exp 1.49 33.31 5.64

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(mm) (fad)

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Time X 1 X2 Y 1 Y2 Angle

F‑0040 2020‑45 (See.) (mm) (mm) (mm) (mm) (rad)

Posi Exp 1.54 40.33 7.44

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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 147-200)