!"# RC $%&'()*+, -.
1., /•:ö÷Â)ø&*7ùú¯.ûü3g2ñ¸ó" #$%&'()*+,-./0123456789:

ëkN-mì, Mcu /ûü3g2ýþóëkN-mì, Ratio /û;<, =><?56@ABC)D2EF@GHIJ2K

ü3g2ñ¸ó@ýþó@2Í’Š:Rûü3g2ýþ

LMNGOPQG:R 3456MSGT@/, U?56

ó2›×^<JGQ/rÿ`:R

MSGV-./UABC)DMWXF<YGVT@@Z" Ø$ÏÐ·¸a, ÚÛÏÐ·¸a@¶<, ±2!$<[@\PQ].R=^, WXF<YGABC)D7_`/, 12 œ2 D13 "E#$7ÇÈ#$<òZÞ%¯, !$+,-./01a/, bcCd)ef6g/SGMhiÍM 2.44%@j€QG:R-., Ø$ÏÐ·¸a<NG]jklmn7oHT@pO, q4r<isptju.Ùux$</, D6 "E#$7NG.RTPO2!$@

vwuxyzM{|@jt, }~<•€Q/•‚@GHØ$</, Sx¤,¥@¯Q KSS785 Sx¤"E#$7Uxƒ„…V2†‡7ˆ:‰PMŠ:R‹€Q, Œ2S

NGQG:R3 2 <_`Ú,2&'·¸’(OP.)g34567•`:+,-./01</, SG?562Ž

!¦§¨*+pO,p:•H<, TPO2Sx¤"E#••‘’/j“, q4<•:kl”•mn7’]:•‘$/, -.j/017•¯jGR–\“—˜:™šM|›\P:R

12-D1330 63 64 63 30
250

250

2-D6@30:p²Hp7³´`:T@7®µ@¯.¶2’Š:R

4-D22350

350

5050

2-D10@50505040

4-D2240920" ·¸a/, S¹º»2¼½¾±7¿À¯. 1/3 Á–Â40

HMU60 Series

630 63 64 63 30" S56 RC ±7Îy`:<Š.€Q, ÏÐ^Ñ2ÒG250

30 63 64 63 30

3.2
3.2

3.2

6612-D13<•:3456Ó2ÔÕ7Ö:.×<, ±2ÏÐÑ</,12-D1330 63 64 63 30

30 63 64 63 30

250

250

ÉXÉ`ÉtÉi
234Ë567

4-D22

à@áÑ7_¯, 4 1 </·¸a=â7ã`Räå2ã

5050502 2 ÜÝ7NG:T@<¯.R3 1 </·¸a2Þ$ß

40

4-D2240920

40THRC32 Series

æ2çè/, fc’Mé(&ê)x¤ëMPaì, N /í^îï

4-D2240920

THRC60 SeriesÁgëkNì, ð/ígÍ, Vexp /¼i”•g2ñ¸•òó

Unit : mm

ëkNì, Rexp / Vexp ô2+,õë0.01radì, Mexp /íg<3 1, 01256789:;

4 1, 012<=9>?@1AB
Notation
HSU30N20
HSU30N33
HMU60N33
HMU60N45
THRC32N33
THRC32N50
THRC60N33
THRC60N50

Configuration Volumetric Hoop Spacing Thickness Volumetric Width tofc'
ratio of thickness
type of hoop ratio of hoop WWWWWof tube
(MPa)
(%)
steel (%)
ratio
WWW(mm)
(mm)

N(kN)

!

Vexp(kN)

94.3
83.6
83.6
92.5
87.4
93.2
87.4
92.5

1179
1742
1742
2602
18212913
1821
2891

0.20
0.33
0.33
0.45
0.33
0.50
0.33
0.50

301
304
316
317
398
404
417
480

Single-type

2.27

30

Multi-type

2.38

60!

!

!

4-D22350

350

Ø$7NG:Ø$ÙÏÐÑ@ÚÛ7NG:ÚÛÙÏÐÑ

234Ë567
ÉXÉ`ÉtÉi

2-D10@50

50

2-D10@50

4-D2240920

HSU30 Series

ÃC’Š:Ä¡ 250mmÅ250mm 2Æ^EÇÈ±’, ±2ÉÊÇËÌ&ÍM 2.5 @j€QG:R

4-D6@60

4-D22

2-D10@50

2., 012

12-D1330 63 64 63 30

250¯.S56 RC ±MklmE7–\“—˜:T@M’]

250@<-®¯Q, Sx¤#$@Sx¤%&'()*7°N

30 63 64 63 302kl¦§¨M©ªx¤,¥2«P•t¬p<–\GT250

30 63 64 63 30œ•ž/, Ÿ9mn ¡pO¢£`:;<Sx¤,¥!

!

!

3.2

7.73

80.1

6

14.6

43.7

21!1

Rexp
Mexp
Mcu(0.01rad) (kN-m) (kN-m)
2.72
1.97
2.45
1.47
2.47
1.47
2.72
2.22

208.0
211.8
224.0
222.4
277.1
279.2
291.4
340.1

203.7
197.7
206.8
213.1
232.1
241.2
281.4
307.5

Ratio
1.02
1.07
1.08
1.04
1.19
1.16
1.04
1.11

4 2, CD%EFG"H

1200

D13

D6Items(rebar)(hoop)

Sectional area (mm2)

127

32!

!

Thickness (mm)!

!

6.0

3.2

Yield stress (N/mm )

926

1010

290

277

Tensile strength (N/mm2)

1106

1172

425437

Young’s Modules (N/mm2)

179000178000210000202000

Yield strain (%)

0.72

0.77

0.41

0.35

PL3.2

D13!1
Stress (N/mm2)

2

PL6.0

D6!4

" " " " " " " Notation

800

PL6.0!2400

PL3.0!20012

34

5Strain (%)ÚÛÏÐ·¸a<NG.ÚÛ/, 8\M 3.2mmë¡8

3 2, CD%IEJKLMNOÍ 80.1ì@ 6.0mmë¡8Í 43.7ì2 2 ÜÝ’Š:R-.,
õ4ÚÛ2ÏÐ9:7S×:.×<, ÚÛ2Ä+</±G.R%&'()*<}N¯.~ø&*/©ª•C*€;pO 1.0DëD /±2ÇÈÉGì2<=<>€Q234&•~ø&*’, ‚ƒ,</¼i„ý 20mm 2…†7N2ÄË5677?tö‘QG:RG.R‡·¸a2ñ¸ô2é(&ê)x¤/4 1 <ã\" œñ¸<@‘:ñ¸mA/, Ø$ÏÐ·¸a’/ÙÏ

PQG:RÐ$2Þ$EB@íg2i]\, «¯QÚÛÏÐ·¸a’/¡8Í@íg2i]\’Š:RÙÏÐ$2Þ$EB

3., PEQRSTUV;/, #$Ø$2¨7Þ%¯.é&CCDED@#$Ø$" =qíg½<@‘:JtK¯ûüÉÊÇñ¸/, ±2<÷˜FØ$7°N¯.GC5DED2 2 ÜÝ’Š:R”•+,õ R ’ƒˆ\P, 3 3 2÷g‰%7NGQŠ€

HI<Ø$2Þ%EBM±2JtK¯ûüÉÊÇ5F<.R‹q¯.Œ£D•C€Ž/3 3 <_`ªt’Š:RLM`ÔÕ7NO:.×<, 2 ÜÝ2Þ%EB<@‘:" ±2”•+,õ R /, f+2”•mný’•q¯.”

Ø$2PQ7NR`:T@<•€Q, aSÍ’ä`Ø$•÷g•&n%’2”•mn7±2ÉÊÇËÌ&T7UMŸ9óë2.30%Vrì<¯QG:R

ë625mmì’‘:T@<•€Q›×.R±2•òµí^" -., ígÍ’ä¯.íg2i]\/, 0.2, 0.33 @ 0.45

î¦§¨/, •q6\)Ž<?tö‘OP. 4 J2’“’Š:RígÍ 0.2 <W)`:íg/, ±ÇÈ2XYZE

mný<•t•q¯.R[7ÖS¶:;<•“NGOP:íg\]C’, 0.33 <" -., ·¸a</, ±!$2¦§¨, Ø$26)D^W)`:íg/, ^œº»_`2 RC 01ýþab’cî2¦§¨, ÚÛäÈ2¦§¨7ý•`:.×<, 1 íw2d\PQG:, ªe RC ±2íg2fgó<W)`:¶í¦§¨”)•7–ö¯.R2@¯Q?€.ó’Š:R=^, ígÍ 0.45 /, œ•ž141313." £g6\)Ž
14." j¤&D)k€&Ë‰%
15." ¤¥E*<jk)\PQG:x¤2fgó7i]“l˜QG:T1." 5MN —ï·¸˜ 5." I ™)Ž
2." š›
6." •)€)
3." ·¸a7." Úœ4." ·¸a?ö•ž 8." PC ÚŸ

9’NG.%&'()*2x¤Mº»_`2?5hýKi
9@@, pmt%&'()*Mno¯.r, ÏÐ%&'(10111N

12V
9. •&
10. 1MN —ï• ¡¢11. •)•~C12. ÷gD\)*)*+,Mp‘:ñ;2ígÍM, ?5hýKi<Qq×OPQG:ŽtÙÏÐ\P. RC ±Mp‘:ígÍ2R4358¦
15

76fgó’Š:0.67 <Yr“T@j²7÷è¯Qs×.¶2’Š:R

225
450

uv’NG.¶2’Št, ígÍ 0.50 /Sx¤ RC ±M
ÚÛ’ÏÐ\P:T@<•tSíg½<@GQwq¯.
AB56@íxy6g7zy`:T@M’]:p²Hp

5.0

R (0.01rad)a195
625

ÜÝ’Š:RígÍ 0.33 /Ø$ÏÐ·¸a2}~@Ÿ9430

deabc" ÚÛÏÐ·¸a<tN¯.ígÍ/ 0.33 @ 0.50 2 2

F. L .

0.0_`abc

150 150

Unit : mm-5.0051015Cycle

7³´`:.×<?€.ó’Š:R" %&'()*/, hýx¤M 80N/mm2 {2|%&7N21!23 3, PEWTUXY39PEZ[\]^2025

500

4. deEJfDgNO

N = 1179 kN
fc ' = 94.3 M Pa400300

500
HSU30N203002ñ¸§:7_`R¨å2©ª/, ‡·¸a2«¬ûü100

Vm - = -296.6 kN

0Vm + = 304.9 kN-100-200-300-500-4-3-2-101234-55R (0.01rad)N = 1742 kN
fc' = 83.6 M Pa

400
300

300

V (kN)

V (kN)

Vm - = -308.5 kN

0Vm + = 323.2 kN-100

100-200-300-400-4-3-2-1012345N = 1821 kN
fc' = 87.4 M Pa-5-4-3-2-1012345300

THRC32N50

200100Vm - = -393.3 kN

0V (kN)V (kN)

5R (0.01rad)N = 2913 kN
fc' = 93.2 M Pa

400

Vm + = 403.4 kN-100

100-200-300-300

K = 1.00
K = 1.07

Vm - = -382.2 kN

0Vm + = 425.7 kN-100-200-400

K = 1.00
K = 1.07-400-500-500-5-4-3-2-101234-55R (0.01rad)500

N = 1821 kN
fc' = 87.4 M Pa

400
300-4-3-2-1012345R (0.01rad)500

THRC60N33

N = 2891 kN
fc ' = 92.5 M Pa400300

THRC60N50200200100-Vm = -416.6 kN

0V (kN)V (kN)

4Vm + = 312.1 kN

500

THRC32N33200]“jt, +,õM 0.03rad Vr’¼i3g<³¯.R«

3-500

300

NG.T@pO”•°±g/, +,õ2²÷<o€Qi

2Vm - = -322.8 kN

R (0.01rad)

JGQ, ígÍ 0.2 2íg7p‘:}~/, Sx¤#$71-400-57f¯€QG:T@’Š:R

00-300400=^, ígÍ 0.33 2íg7p‘:}~/, +,õM

-1-100-200500½M|9.M, 0.035rad -’wq¯.AB5F7_¯.R-2

HMU60N45200100¶ñ¸3g/ÏÐ9:7ùú<®P.ûü3g2ýþó

2r, pmt%&'()*2noM´µ@jt, 3g¶-3N = 2602 kN
fc' = 92.5 M Pa400-500" #$Ø$•‘’ÏÐ\P.·¸a HSU30 é()[<-4R (0.01rad)500

HMU60N33200" -§, 3 4 •t,p:2/, G§P2·¸a<@GQ

Vm + = 313.5 kN-400-5500

GQ/«¬ûü3g2þq^Ñ@@¶<rÿ`:R-Vm = -295.4 kN

0-300-5002ÏÐ¤~G7ä`KL’Št, «2çè@›×^<J100-100-200-400

3g<ar“øj-[Ž€E&7ä`R-., K ó/ÚÛ

HSU30N33200V (kN)

V (kN)" 3 4 </‡·¸a2JtK¯”•g V!+,õ R *+N = 1742 kN
fc ' = 83.6 M Pa

400200+Vm = 416.7 kN-100

100-200-200-300-300

K = 1.00
K = 1.28-400

Vm - = -484.5 kN

0Vm + = 475.6 kN-100

K = 1.00-400

K = 1.26-500-500-5-4-3-2-1

012

345-5-4-3-2-1

0

1

2

345R (0.01rad)R (0.01rad)

0.02rad 2ô·’¼i3g<³¯, «2r, 3g¶½M|
9.M, +,õM 0.025rad @j:-’wq¯.JtK¯

3 4, deEJfDgNO

ûüÉÊÇ5F7_¯.R" GC5DED2Ø$’ÏÐ\P.·¸a HMU60 é(,õM 0.04rad @ 0.05rad ô23g¶½/«PÔP 6Õ@)[/¸9Q#$Ø$•‘’ÏÐ\P.·¸a•t¶S10ÕÓ¤’h¼e<?5<ÖÊ•JtK¯AB5F7_GmE6g7_¯.RígÍ 0.33 2íg7p‘.·¸a¯.R-., ·¸a THRC60N50 /, ígÍ 0.5 2SGí/, Œ£·¸M«¹`:+,õ 0.04rad -’3g¶½M

g7p‘QG.<¶ppÐO§, +,õM 0.02rad Vrºp¯p|9§, !$2›»¶j“, ¼e<wq¯.A’¼i3g7×Ø¯QpO 0.04rad ’23g¶½/ 10Õ

B5F7_¯.R-., ígÍM 0.45 @•tSGíg½Ó¤¯pj“hÙ×Qwq¯.AB)½7_¯.R<@GQ¶, +,õM 0.03rad @j:-’AB)½/w
q¯Q@t, 2,j34567_¯.R

5., $%hViaj" ÚÛ’ÏÐ\P.·¸a<JGQ, ¡8Í80 2ÚÛ’

" 3 5 <±2•òµí^î¦§¨2ý•§:7_`RíÏÐ\P., ígÍ 0.33 2íg7p‘:·¸a/, +,gÍMSGU², ±2í^î¦§¨MïÁÄÓi]“jõM 0.02rad 2ô·’¼i3g<³¯, «2r, +,õM:T@/-Op’Š:R·¸a HSU30N33 @·¸a0.03rad @j:-’¾²3g¶½MÖOP§, ¼e<wqHMU60N33 2ý•§:7ÍÚ¯Q-Opj•H<, rÛ¯.AB5F7_¯.R+,õM 0.035rad 2ô·’ÚÛ

2Ø$PQMVÛ2Ø$PQ2Ü’Š:<¶*ÐO§ ,2¿O¨MÀÁ\PÂ×, +,õ 0.045rad \]C’2 2rÛ2í^î¦§¨/VÛ2í^î¦§¨•t–\“—¯®2ÃÄ2Œ£Åå, ÚÛÆÇÈÉMÊP.T@<Ë
0.4

Ì`:3g2ÍÎMÖOP.¶22, ·¸a/+,õ

HSU30N20 T HRC32N33
HMU60N45

0.04rad 2Œ£ABM«¹`:-’í^îxy6g7Ï

T HRC60N50/, ·¸a THRC32N33 •tSGXYÑ57_¯, +,õM 0.015rad 2ô·’¼i3g<³¯.R+,õ 0.015rad! v (%)Ðjp€.R=^, ígÍ 0.50 2Síg7p‘:·¸aHMU60N33

T HRC32N50

0.2HSU30N33’2Œ£ÒÓå<ÚÛ2¿O¨MÀÁ\P, AB5F¶

T HRC60N33¿O¨Â×.R«2r, +,õ 0.02rad Ó2ÆÄŒ£Åå<ÚÛÆÇ+MÊP, ·¸a/”•@’“°±6g7Ï
€.R00¡8Í44 2ÚÛ’ÏÐ\P, ígÍ0.33 2íg7p‘:·¸a/, 0.03rad 2ô·’¼i3g<³¯QpOh+
21!3123R (0.01rad)

3 5, ekGhViKLM

45

˜OPQG:RT2•HjFØ$2°N<•:ÏÐ9Ý

32fÞ/, ß<+,õM 0.02rad @j:ô·pO´µ<26., $%lmaj" ±2kl+,õ73 6 <_`R3 6 •t,p:•H<,Rres (0.01rad) aj€QG:R

T HRC32N33

10-1Sx¤,¥, ß<Sx¤#$7NG:T@<•€Q, JtK¯ABàáMwq¯QG:âã<@GQ/, ±2k-3

HMU60N33

HMU60N45

T HRC32N50-2T HRC60N33
T HRC32N50

HMU60N45
HMU60N33
HSU30N33

T HRC60N33
T HRC60N50
T HRC32N33

HSU30N20-5l+,õM¼e<–\“—˜OPQG:R±ä+Må5HSU30N20
HSU30N33

T HRC60N50-4-3-2-1012345R (0.01rad)æ¯Â×:+,õ 0.01rad 7Òç.TèpO, ‡·¸a

3 6, v012%lmfDg

2kl+,õMi]“jtÂ×QG:M, Ø$ÏÐ·¸

8., w9xa’/, ·¸a<•€Qé/Š:M, +,õ 0.03rad <@" ?56MS“, )JklmnM–\GS56#$%&

GQ¶, ºp 0.005rad Vr’Št, ÚÛÏÐ·¸a<@'()*017*×`:.×<, Ø$ÙÏÐêÚÛÙÏ

GQ/ºp 0.002rad Ó¤¯pjp€.RÙÏÐ$2Þ$Ð\P.Sx¤#$@Sx¤%&'()*7°N¯.

EBê¡8Í, íg2i]\j²2¢£ôkl+,õ<RC ±<JGQ=qíg½<@‘:JtK¯ûüÉÊÇW`:ÔÕ/, +,õM 0.03rad 7ë˜.Š.tpO´ñ¸7ý+wñ,¯.R«2§:, ð½2T@M-Opµ@j€QG:M, ºìMwígîÄ<Š:}~ë=ï

<j€.R@¯Q¹Pmnõ 1/50 ” 0.02rad ” ð½ì</, Sx¤1) Ø$’±7ÏÐ`:}~, Ÿ9Ø$T’¶FØ$,¥7}Hgtñò</jOjG\]C’Š:@G˜:R7°N¯.UHMmE6g, 3g@¶<îf`:R2) ±2å5-&•âãÄ’ÄË567’ux¯.

7., nopqrE%sU¡8Í 80 Ó¤2./ÚÛ’ÏÐ`Pÿ, 80MPa {" S56 RC ±2«¬ûü3g/, óôwõOMö÷ 22Sx¤%&'()*7NG. RC ±/ígÍ’øù¯.Z[)gú•¡'<•:þqÑ7NG.Rß

0.33 2íg½’/2,jmE6g7•`:Ríg

à/, ö÷ 2 7ûü\P.GR

Í 0.5 2Síg7p‘:±<2,j34567y

3 7 <ûü3g2ñ¸§:@ýþó@2ÍÚ7_`R.É:</, ¡8Í 44 Ó¤2õ4ÚÛ7NGP

3 7 <_`ÍÚ§:pO-Opj•H<, œ8’NG.

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#$7ùú¯.ë¨å2ñª’_`¶2ì}~, ûü3

Ñ7NGPÿ, S56 RC ±2«¬ûü3g7!

g2ñ¸ó@ýþó@2Í/, •òóM 1.09 ’Lb%é

¤•“"[’]:RM 0.058 @j€QG:Rj@, ¨å2ñª/hóôwõO

yz{|œñ¸2ñ,<Š.th01i_ö+2_34

Mö÷ 2 ’iT2Ø$ÏÐ&'±2ñ¸§:<arGQ

5678h9:“;8, 56<82Uph=>?=8h(.ñ¸B’Š:Bë1ì<•t(˜OP:R@Aöš8_+|BCD8, †AE•8, F|GAHIn * 0.3
M cu&1.1,+%
2M CAL $ 1.1 ) 0.8"n ( 0.3# , n ' 0.3(1)7ä¯-`R}~•€1.61) õP•, QR-.j/017y.jGSx¤#$2)

1.4

Mexp/Mcu8, JåKL8pOMijNg7(-¯.Rã¯QOçg!¦§¨*+, ^œº»_`01x+•žST,+10%

1.2

HSU30N20

1T HRC32N33
HMU60N33
HSU30N33
T HRC60N33

T HRC32N50
T HRC60N50
HMU60N45-10%

U 37 æ, p. 301-304, 1998. 112) Sun, Y., Sakino, K. and Yoshioka, T.RFlexural Behavior ofHigh-Strength Concrete Columns Confined by Rectilinear

0.8
00.2

0.4

Reinforcement, ^œº»_`01V8öW, No. 486, p.

0.6

ígÍ n95-, Aug. 1996

3 7, nopqrE%tu21!4