1

SRS fs

N/m2 L m Dr

P mEskin

Eskin = fs (! DrL)P (A1.1)

MV (N m) fs (A1.2)(A1.1) (A1.2) Eskin (A1.3)

MV = fs ! DrLDr

2 (A1.2)

Eskin = 2PDr

MV (A1.3)

g = 9.81 (m/s2) m (kg)H (m) 1

Eblow

Eblow = mgH (A1.4)

(A1.5) Nd

Ndm (A1.6)

Nskin = Eskin

Eblow

=2P

mgH !Dr

MV (A1.5)

Nd = Ndm - Nskin = Ndm - ! !MV (A1.6)

! =2P

mgH !Dr (A1.7)

(A1.7) ! SRS 0.040 MRS 0.139 !

mgH AP

mgH/A/P Rd

Rd =mgHAP

!Nd (A1.8)

m!

Dc!

H!

L!

P!

fs!

Dr!Mv!

2

SRS-Y3 MRS PDC Penny µPDC DSPT DPM PDCPT SPT

YBM OYO Tecnotest OYO JGS JIS (mm) 48.6 20 30 15 19 16 40.5

Dh (mm) 246 160 178 135 95 60 180 Da (mm) 120 90 51 35 50 50 71

Da/Dh 0.49 0.56 0.29 0.26 0.53 0.83 0.39 (kg) 80.5 62 32 38.4 15 6 80

m (kg) 63.5 30 30 20 10 5 63.5 H (mm) 500 350 200 250 500 500 750

90 90 60 90 Screw P. 90 60 (mm) 90 69 9 30 94.8 0 51 51

Dc (mm) 45 36.6 35.7 25 33 25 25 35 A (!10-4 m2) 15.9 10.5 10.0 4.9 8.6 4.9 4.9 10.8 20.4

Dr (mm) 32 28 28.6 20 19 19 16 40.5 Dc/Dr 1.41 1.31 1.28 1.79 1.32 1.74 1.32 1.56

! 0.040 0.139 0.136 0.170 0.429 0.537 0.510

E=mgH/A (kJ/m2) 195.8 97.9 58.8 99.9 57.3 99.9 50.0 432.6 229.0

SRS 1.00 0.500 0.300 0.510 0.293 0.510 0.255 2.21 1.17 P (m) 0.20 0.20 0.10 0.20 0.25 0.10 0.30 0.30

E=mgH/A/P (kJ/m2/m)

979.2 489.5 588.0 499.6 229.4 399.7 499.6 1442.0 763.4

" 1.00 0.500 0.601 0.510 0.234 0.408 0.510 1.47 0.780 *1 SH PDCPT 3 5kg*2 SPT

3 SPT

SRS Nd

Nd’

Nd ' =mgHAP

!

"#

$

%&

mgHAP

!

"#

$

%&SRS

'Nd =!Nd (A1.9)

" SRS

Nd ' =! (Ndm!"Mv ) (A1.10)

(A1.10)SRS MRS

SRS

Nd = Ndm ! 0.040Mv (A1.11)

MRS

Nd '= 0.5(Ndm ! 0.139Mv ) (A1.12)

3

24

23

24 9 25 3

25 7 26 3

4

NPO

5

24 9 10 14 17

SWS

6-1

25 SWS SWS

SWS6-2)

20 SRS) MRS)

N Piezo Drive Cone (PDC)MRS SRS

6-3

Q1 CPT A1

Q2 PDC A2 Q3

A3

6

15 FLIP 6-4 FLIP N FLIP

15

6-5)

10/9 15 60m

10/15 31 PDC

SWS 11 SDS

SWS

11/1 18

12

10/30 9 17

10/31 9 12

11

7

24 10 31 9 12

24 10 30

60

10/9 16 2-1

5) 3

1m ~6m 6m~16m) 16m 57.5m1m

N Fc 30m57.5m

2011 3 11

10/20 27 3-1 3-6

1 3-4 3-5 ( 4m) N

5 2 DT-SWS 3-1 3-3 3-3

2

SWS N

Nsw SWS 2.2kg/m

3 SWS SWS 3-6-1 YBM ECO-1

3-6-2 3-6-3 4 SRS PPT

SRS 90 90 6060 Nd

6

8

2, 3, 5, 7, 9m 5 20 30

GL-0.6m 5 SWS MRS PPT

SWS 10m~15m N=40 Nsw=150

MRS 3m 8m 5-9m

10/31 11/9 4-1

3

DT-SWS SWS MRS SRS

4-2(5)

KG-R

11/12 28 2 1 2 5-1 -2 [5-1]6.1 YBM

SRS SRS YBM SRS [5-1]6.2

SRS

11 22

11 13 KG R 14 17

9

24 11 22 14 17

9/10 [3-1-1] 10/31 [3-1-2]

! 1 2

10/20 27 10/31 11/9 (3-3-1) 11/1 11/9 (3-4) 11/12 11/28 !

[3-2-1] [3-2-3] [3-2-2]

[3-3-1] [3-4-1] [3-4-2]

[3-4-3] ! SWS ECO-1

SWS ECO-05VH[3-4-4]

! SRS MRS[3-4-5]

SRS 90 60 90Nd

YBM

MRS N Nd 13m N

! PDC [3-4-6]

! DT-SWS No.2

[3-4-7] ! [3-5-1]

RISWS

10

1 [3-5-2] 2 [3-5-3] 11m

! RI-CPT 1 [3-5-4] 2 [3-5-5] 18m 22m

[3-6-1]

!

5m 20m 200~500gal

2

!

[3-6-2]

4 5

4 25 1 25 13 00~17 00

5 25 3 18 13 00 17 00

11

25 1 25 13 17

: 2 6 13

3 11/22 [4-1] ! 3

11/12 11/28

! 1 2

[4-2] 1 20m

! [4-4-2] SRS[4-3] MRS[4-4-1] [4-3]

( ) [4-3] 90° 90° 60° or

Nd

SRS SPT Fc SRS Fc

" [4-4-1]

Nd Ndm

4-4-1 3 3 Nd SRS YBM

1 2

! ECO-1V SPT [4-5]

1m 1 8-10m Fc=100% Fc

ECO-0V

! DT-SWS SWS

[4-6] N Nsw

N N1=#(!v’/98)!N Nsw N1 Nsw "

Nsw " SPT-N N1 R

12

! PDC MRS µRAM [4-7] 2

MRS SPT-N 10m Nd

µRAM " MRS

SPT ! SRS [4-8]

SRS 1 2 Fc

Fc

! [4-9-1 4-9-2]

13 0.6 0.80.65

2 1

"

10/20 27 " 10/31 11/9 11/1 11/9

! [4-10] [4-11][4-12]

SWS

N Nsw

! "[4-13]

! ""

[4-14]

" 48 DS "

! "" DS (1) (2)

! """2013.5.31 3

" ! "" 5 2013 3 18

13

25 3 18 13 17

11/22 5-1-1 1/25 5-1-2

5-2-1 5-2-2 10/20 27

10/31 11/9 11/1 11/9

11/12 11/28 5-3-1

1 SPT

N FL PL 2 RI-CPT

RI-CPTPL N CPT

5-3-2 3

SRS 177.5kg 77.5kgNdm 1

5-3-2 4

MRS MRSNd N Nd N

N MRS DPM-HTMRS 60%

DPM-HT 45% SWS

5 PDC PDC MRS

PDC MRS 2

6 Penny DSPT PDCPT SH

Penny SRS

7 SPT DCPT8 SPT DCPT

14

13 60%

9 SWS

Nsw N 3Nsw Nsw

5-4-2 10 DT-SWS

DT-SWSYBM Nsw Nsw=100

N Nsw SWS DT-SWS

5

SRS ECO-1VFc GL-5.0m

SWS

5-4-1 N qu

N qu 5-3-2 13 SRSSWS N qu

DS10 5-5

"

3 I II 13 30 16:50 200 3 SWS

1 2 3

" 56 1

DS

1 DSDVD

5/31 5-6

8 9 10

5-73/25

15

25 7 24 13 30 15 00

F

5 2013 3 18

6-26-3 6-4

6-5

DT-SWS

6-6-1 1) DT-SWS SWS

Nsw 2) DT-SWS SWS N Nsw(DT-SWS) N 3)

1cm

4) Nsw 2mm

SRS MRS 3 6

PDC N

MRS 20m N PDC 10m N

PDC SRS

6-6-3

2 FLIP6-6-4

16

6-6-5

7/1 10 SPT SRS MRS SWS SPS ( 6-7-1) 8/28 9/7 SPT SRS MRS SWS SPS ( 6-7-2)

10m 40m 2011 2012SPT 2 N

10 11 10 Ma13 Ma12 25~35m

9 11 1 3

9

17

25 10 22 14 00 17 10

106

7/24 7-1

7/1 10 49 8/26 9/6 10/15 19

"

7-2-1 7-2-2 SRS Nd

SRS MRS SPT 10m

49 YBM

SPT N

SRS Nd

" SRS 7-2-4 N Nd SRS 49

Nd Mv

YBM 49 N Nd SRS

SRS Nd

" MRS

7-2-5 MRS SPT Nd SPT-N

Nd SPT-N 49 4

SWS N SPT-N

Fc

Fc 2

18

" SWS 49

7-2-6 Y 1m G 75cm 75cm 1cm

DT-SWS 49 SWS Y G DT-SWS

SWS NSW 1cmNsw

" 49 SWS ECO-17-2-7

SWS ECO-1 G.L.-0.74m9 6 14:28

ECO-1

11 ECO-1 ECO-1

! " SRS 7-2-8

Fc<50%

Fc " SWS CPT SWS

7-2-9 SWS CPT NSW N

qt Nsw=20qt Nsw=20qt qu

N " 7-2-10

FLIP 1 1 500Gal

JGS

49 DSDS JGS

12 18

19

25 12 18 13 00 17 20

B

7/24 8-1-1 10/22 8-1-2

! 6 7

7/1 10 8/26 9/6

10/15 19 10/15 19

12/2 13

! 12 9

8-2-0 ! MRS SWS

49 7 8-4 ! SRS 8-3

Mv 7 # SRS Mv

/ #

Mv Mv

!

8-5 # SWS Nsw

! 8-6 #

1 8m 2 5m 12

! SRS 8-7 # Fc

20

! 491 2 1 2

8-2-1 # MRS SRS

SPT 49 SRSFc SWS N N

1 2 !

8-8 # DCPT 60% DCPT

# 10

# SPT DCPT #

# 13 21 1

! 18-9

# FLIP20~30cm

#

! 8-10

# #

! 8-11 6

49 DS ! DS 2/9

DS

! 9 2014 1 31 14:00

! -Part2 1/25 8-12

21

26 1 31 14 00 17 30

106

8 12/18 9-1 ! 8

7/1 10

8/26 9/6 10/15 19

10/15 19 12/2 13

! 9-9-1 ! MRS SWS

9-3 9-3 No.14 # MRS SRS 1 MRS Nd 12m SRS

1 SRS # MRS SRS 2 SRS

# MRS SPT 2 N MRS Nd 2

# Fc # MRS 1 2 200Gal M7.5 350Gal

M9.0 !

9-2 # 1 2 # 10m

10m

! 2 PDC9-4

# PDC Nd 12m N 12m # PDC Fc Fc # PDC FL 12m SPT 12m

! SWS9-5

# 5 2 SWSDTSWS

# Fc

Fc # 1cm

22

Nsw ! ECO-1V

9-6 # 1 Fc

2 5m

#

! 2 RI-CPT9-7

# M7.5 350Gal2

! 2 SRS9-8

# Fc Uc

D50 ! 2 9-9-2

9-9-3 # SRS SRS Nd N Nd>N Nd qu

Su=qu/2 # MRS SRS SRS

# SWS N Nsw

# Fc SRS Fc

#

! 19-10

# K-NET 2011 10m

! DB 9-11

# DB DB

49 DS-6 9-12 ! 49 DS

3 21 2 RI-CPT

! 2014.5.31 3

! 10 2014 3 31 1

492 9

23

26 3 31 13 00 17 30

18

12/18 10-1-1

$ 1/31 10-1-2 ! 8 9

! DS-6 DS-6 1 10-2-1

DS-6 2 10-2-2 10-2-310-2-4

SWS CPT PDC

! SRS 2-1 10-3-1 # Nd

Nd # Nd 20 Nd 2

! MRS Nd 2-1 10-3-2

# MRS Nd

SRS Nd SRSNd

# MRSSRS SRS

! 10-2-1

10-3-3 # 13 16

# 5kg # # 2 #

24

! SRS 10-2-310-3-4

# SRS #

#

SRS

! SWS DT-SWS SWS 2

10-2-1 10-3-5 # DT-SWS SWS Wsw Nsw

# Mp 25cm 25cm Nsw

! RI-CPT

10-2-2 10-3-7 # Robertson N Fc SPT

# CPT FL PL 13m PL

20~51 FL !

10-2-2 10-3-8 # SP SP SPT

SP SPT N 5~15

# SP N =3SPT

! SWS 310-2-2 10-3-9

# # # SPT 10~20%

! 10-2-2

10-3-10 # SPT

#

! 10-2-210-3-11

# SRS MRS SWS Fc

FL PL SPT 10m # SRS MRS SWS N Fc SPT

# SRS MRS SWS # 10m 1m

25

# SPT

! 1 3 2 1

10-2-2 10-3-12 # 5m # sin 100gal

400gal

#

! 10-2-2 # # DB

# DB DB

#

! 10-2-3

# 7 SRS SRSNd Nd

Nd ! Wsw Nsw N qu

10-2-3 # Wsw Nsw N # N qu

DS-6

! JGS DS6 10-4

5/30 10-5

!

!

26

No.

1

47 No.67 pp.131 132

2012. 7

2 SRS

47 No.68 pp.133 134

2012. 7

3

47 No.69 pp.135 136

2012. 7

4 MRS

47 No.70 pp.137 138

2012. 7

5 DCPT

47 No.71 pp.139 140

2012. 7

6 PDC

47 No.72 pp.141 142

2012. 7

7 Penny

47 No.73 pp.143 144

2012. 7

8 DSPT

47 No.74 pp.145 146

2012. 7

9 PDCPT,

SH

47 No.75 pp.147 148

2012. 7

10 RI-CPT

47 No.76 pp.149 150

2012. 7

11

CPT-1

47 No.77 pp.151 152

2012. 7

12

CPT-2

47 No.78 pp.153 154

2012. 7

13

SWS

47 No.79 pp.155 156

2012. 7

14 SWS-

WL

47 No.80 pp.157 158

2012. 7

15 DT-

SWS

47 No.81 pp.159 160

2012. 7

16 SDS

47 No.82 pp.161 162

2012. 7

17

SPS

47 No.83 pp.163 164

2012. 7

18

SWS

47 No.84 pp.165 166

2012. 7

19

47 No.92 pp.181 182

2012. 7

27

No.

20

47 No.96 pp.189 190

2012. 7

21 SRS MRS

47 No.97 pp.191 192

2012. 7

22

47 No.100 pp.197 198

2012. 7

23

67III-006 pp.11 12

2012. 9

24 Nd

N67

III-012 pp.23 24 2012. 9

25 2 ( ) pp.653-654

2012. 9

26 No.1 No.22H24

pp.1 54

2012. 10

27 H24

pp.5563

2012. 10

28 H24

pp.6570

2012. 10

29 NH24

pp.7174

2012. 10

30

SPT

48 No.86 pp.171 172

2013. 7

31 RI-CPT

48 No.87 pp.173 174

2013. 7

32

48 No.88 pp.175 176

2013. 7

33

48 No.89 pp.177 178

2013. 7

34 PDC

48 No.90 pp.179 180

2013. 7

35

48 No.91 pp.181 182

2013. 7

28

No.

36 Le Ta PHAN SPT

DCPT

48 No.92 pp.183 184

2013. 7

37 Le Ta PHAN SPT

DCPT

48 No.93 pp.185 186

2013. 7

38

SWS

48 No.94 pp.187 188

2013. 7

39

DT-SWS

48 No.95 pp.189 190

2013. 7

40

SDS

48 No.96 pp.191 192

2013. 7

41

48 No.97 pp.193 194

2013. 7

42

SWS 2

48 No.156 pp.311 312

2013. 7

43 N qu

48 No.159 pp.317 318

2013. 7

44

48 No.171 pp.341 342

2013. 7

45

48 No.172 pp.343 344

2013. 7

46

Nqu

48 No.181 pp.361 362

2013. 7

47

48 No.182 pp.363 364

2013. 7

48

48 No.183 pp.365 366

2013. 7

49

48 No.184 pp.367 368

2013. 7

50 48 No.185 pp.369 370

2013. 7

51 DSPT

48 No.186 pp.371 372

2013. 7

52 PDCPT SH

48 No.187 pp.373 374

2013. 7

53

CPT

48 No.188 pp.375 376

2013. 7

29

No.

54 SRS MRS 2

68III-229 pp.457 458

2013. 9

55

Vol. 61 No.9 pp.40-47

2013. 9

56

pp.7-16

2013.12

57

49 No.37

2014. 7

58

49 No.38

2014. 7

59 Phan,T.L.

49 No.39

2014. 7

60 49 No.40

2014. 7

61 CPT

49 No.41

2014. 7

62

RI-CPT 49 No.42

2014. 7

63

!SRS !

49 No.43

2014. 7

64

49 No.44

2014. 7

65

49 No.45

2014. 7

66

49 No.46

2014. 7

67

49 No.47

2014. 7

68

49 No.48

2014. 7

69

49 No.49

2014. 7

70

N qu

49 No.93

2014. 7

71

49 No.97

2014. 7

72

49 No.98

2014. 7

73

Nqu

49 No.99

2014. 7

30

No.

74

49 No.107

2014. 7

75

49 No.112

2014. 7

76

49 No.113

2014. 7

77

49 No.114

2014. 7

78

49 No.115

2014. 7

79

49 No.117

2014. 7

80

49 No.119

2014. 7

81 Tatsunori Matsumoto, Le Ta Phan, Akihiko Oshima, Shinya Shimono

Measurements of driving energy in SPT and various dynamic cone penetration tests

Soils and Foundations