BIOENGINEERING NEWS

… 2

… 3

… 6

… 9

2018 2018/9/09-12 …12 29 2018/10/24-25 …12 31 2018/12/14-15 …13

28 …13 30 …14

…15 …16 …16

…17 2017 …18 2018 …18

…19 …20

…21

…22

…23

…24 …25

…25 …26

) )…26

…27

…27 …28

…29

University of Oxford …30

TOTO …31

…33

https://www.jsme.or.jp/bio/ bio-mc@jsme.or.jp

ISSN 1340 6590

No. 47 Autumn, September 1, 2018

1987

30

10

2,500 1 5

30 34 4055

30

30

30

Bio-tribology1972 Dowson

1886 Reynolds (1)

hydrodynamic lubrication

---- This plays an important part in certain machines, as in the steam engine, and is as fundamental to animal mechanics as the lubricating action ---

VUUx

hxhUU

zph

zxph

x

12)(6)(6

)()(

2121

33

1)

x U1 U2

y Vp

z h

U1-U2 h/ x

V

h

MacConail 1930

(2)

cm/s

Dowson Fein

elastohydrodynamic lubrication, EHL(3, 4) Fein

Dowson Jin

0.5 15 m(5, 6)

(6) McCutchen

weeping lubrication(7) Walker Dowson

boosted lubrication (8)

(9)

boundary lubrication 1960

Charnley(10)

Charnley 40

Holm

(11)

adhesion Cambridge Bowden

AR

W

pm W=AR pm

FF=AR

mpWF 2)

pm

Charnley

(10)

Charnley

CharnleyHolm Bowden

Charnley

mixed lubrication

100%(12)

1980 Mow biphasic theory(13)

biphasic lubrication

(14)

hydrodynamic lubricationhydrostatic lubrication

dynamic

(15-17)

2000 Surface gel hydration lubrication

(18)

(19)

Walker1 m (20) 10 m

(21)

6 m(22)

(18) (19) Graindorge

(23)

(24)

(1) O. Reynolds: On the Theory of Lubrication and Its Application to Mr. Beauchamp Tower's Experiments, Including an Experimental Determination of the Viscosity of Olive Oil, Phil. Trans. Roy. Soc., 177 (1886) 157. (2) M.A. MacConail: The Friction of Intra-Articular Fibrocartilages, with Special Reference to the Knee and Inferior Radio-Ulnar Joints, J Anatomy, 66 (1932) 210. (3) D. Dowson: Lubrication and Wear in Living and Artificial Joints: A Symposium, Proc. Inst.Mech. Engrs. (Pt 3J), 181 (1967) 45. (4) R.S. Fein: Are Synovial Joints Squeeze Film Lubricated? Lubrication and Wear in Living and Artificial Human Joints, Proc. Inst.Mech. Engrs. (Pt. 3J), 181 (1966-67) 125. (5) T. Sasada, K. Mabuchi: Elastohydrodynamic Lubrication in Living and Artificial Joints, Proc. The 1975 Symposium on Biomaterials, (1975) 63. (6) D. Dowson, Z.M. Jin, Micro-Elastohydrodynamic Lubrication of Synovial Joints. Engineering in Medicine, 15 (1986) 63. (7) C.W. McCutchen: The Frictional Properties of Animal

Joints, Wear, 5 (1962) 1. (8) P.S. Walker, et al: Boosted Lubrication in Synovial Joints by Fluid Entrapment and Enrichment, Ann. Rhem. Dis., 27 (1968) 512. (9) , , :

, (C ), 53 (1989) 2123. (10) J. Charnley: The Lubrication of Animal Joints in Relation to Surgical Reconstruction by Arthroplasty, Ann. Rhem. Dis., 19 (1960) 10. (11) R. Holm: Contact Resistance Especially at Carbon Contact, Z. Tech. Phys., 3 (1922) 299, 320. (12) , , :

, (1988) 70. (13) V.C. Mow, et al: Biphasic Creep and Stress Relaxation of Articular Cartilage in Compression: Theory and Experiment, J. Biomech. Eng. (ASME), 102 (1980) 73. (14) G.A. Ateshian: The Role of Interstitial Fluid Pressurization in Articular Cartilage Lubrication, J. Biomech., 42 (2009) 1163. (15) LP Li, et al: Nonlinear Analysis of Cartilage in Unconfined Ramp Compression using a Fibril Reinforced Poroelastic Model, Clin. Biomech., 14 (1999) 673. (16) N Sakai, et al: Analysis of Biphasic Lubrication of Articular Cartilage Loaded by Cylindrical Indenter, Tribol. Int. 46 (2011) 12. (17) H. Fujie, K. Imade: Effects of Low Tangential Permeability in the Superficial Layer on the Frictional Property of Articular Cartilage, Biosurface and Biotribology, 1 (2015) 124. (18) : EHL

: , 21 (2000) 17. (19) K. Ikeuchi, H. Yoshida, et al: Aqueous Lubrication with Hydrated Macromolecules Attaching to Tissue Surface, Proc. 4th Int. Biotribology Forum, Fukuoka, (2003) 72. (20) P.S. Walker: Human Joints and Their Artificial Replacement, Charles C Thomas (1977) 219. (21) :

52 (2007) 573. (22) , ,

, 41, (2014) 156.

(23) S. Graindorge S, et al: Biphasic Surface Amorphous Layer Lubrication of Articular Cartilage. Medical Engineering & Physics, 27 (2005) 836. (24) T. Murakami, et al: Adaptive Multimode Lubrication Mechanism in Articular Cartilage and Artificial Hydrogel Cartilage, Proc. The Int. Conf. Biotribology (2012) 27.

(1)

(2)

(3)

QOL ADL

(4)

AI IoT ICT

(5, 6)

OA

(4)

QOL 1 (7)

2

(8)

3(9)

2 3

3

32

1(7)

Disease Stress

Robust / No FrailtyFrailty

Disability

2

3

(9)

OA

QOL(4)

OA (10, 11)

4

AI IoT

4 OA (11)

5 (12)

S a)TH

(13)

Avg. SDTH Avg.+ SD ( =3)

a) b)c) d) 4 Avg. SD

4

N 6

NTH TH TH

a) b)c) N 23+25=48

TH

5 N (12, 13)

6 233

PFJFTFJF

PFJF TFJF2.9 2.3 (14) 7(a)22

N NN 95

7(a) 3

7 f N b) 89 66 60kg

2

1 8 9 N

1/31.5 Nf=2.4 4.5kHz 34

f=0.9 2.4kHz 20 42 29

(a) f =0.2~20kHz (b) 7 f 7 f f N 22

(a) (b) 8 f N

(a) (b) 9 f N

2

N 1.93 N 1.1

7.8 7(b) (a)7 f N

f=0.2 0.9kHz 3

2.9 N2.7 f 0.9 10.0kHz

4.5 10.0kHz

N

3.2 0.2 7.0kHz0.2 2.4kHz 43

f 0.9 4.5kHz 1140.2 0.9kHz 138

138

f

OA

S

t [s]

S[d

B/V

]

t [s]

[deg

] a)

d)

b) a) c) c)

N

N

[No.

]TH

23 19

392331 32

45

2546 44

6748

37 3548 48

0.03 0.17

-0.57

0

-0.10 -0.03-0.47

00.13

-0.30

0.070

0.30 0.40

0 0

-2

-1

0

1

0

50

100

150

a) b) c) d)

[No.

]

TH[d

B/V

]

6

95

27

75 68 72

0

50

100

150

200

N[N

o.]

f = 0.2~20 kHz

86

8 6 8 3 1 1

102

141 2 0 0 1

49

2 1 1 1 1 00

50

100

150

f [kHz]

N

[No.

]

f = 0.2~15 kHz

1 4 1 7 4 1 20 7

34

12 5 2 19 6 2 5 1 1 10

50

100

150

f [kHz]

N[N

o.]

f = 0.2~15 kHz

5

43

1 7 4 1 03 9 13

49

255 1

138

0 010 5 1 1

0

50

100

150

f [kHz]

N[N

o.]

f = 0.2~15 kHz

7 205 9 2 0 01

42

5 6 2 1 16

29

6 9 3 2 30

50

100

150

f [kHz]

N

[No.

]

f = 0.2~15 kHz

3757

20

58

9 10 25

127

7453

23

2 23

92

22 104 1 2

0

50

100

150

f [kHz]

N[N

o.]

f = 0.2~15 kHz

-

(1) Morimoto N., Nakatsukasa M., et. al, Femoral ontogeny

in humans and great apes and its implications for their last common ancestor, Scientific Reports, 8, 1930, 2018, DOI:10.1038/s41598-018-20410-4.

(2) L ovejoy, C. O., Suwa, G., et. al, The great divides: Ardipithecus ramidus reveals the postcrania of our last common ancestors with african apes, Science, Vol.326 (2009), pp.100-106.

(3) , , , Vol.12(2011),

pp.23-26. (4) WHO(World Health Organization), WHO

, (2007), pp.15-17. (5) ,

, 61(2017).

(6) , 2016 , (2016).

(7) , Sarcopenia & Frailty, , Vol.46.No.4(2009),

pp.279-285. (8)

,

(2012). (9) ,

Frailty - Frailty , CLINICAL CALCIUM, Vol.22, No.42(2012), pp.27-33.

(10) , No.5754689 , 2015, (WO2011 / 096419, 2011).

(11) , , ,

, Vol.17, No.11(2015), pp.50-54. (12) Nagao M., Konno S., et. al, Frequency Response in

Bone Joint Acoustic Sensor Development, Tech.& H., C., Vol.6, No.23(2015), pp.715-727.

(13) , , 2, BJAS, LIFE2017(2017), 3E1-7.

(14) , , 3, BJAS OA, 2017

(2017), B02.

2018 7 22 ( ) 23 ( )

1 2

1 12

26 20

1

PC

4 ( )

( )

( )

1

2

29

2

1

( )

2018 9 9 ( ) 12 ( )

(http://www.jsme.or.jp/conference/nenji2018/)9 10

9 10 1 27 ( 4 4 B1 4001)

9:00-10:15 [J027-01] (1)

10:30-11:30 [J027-02] (2)

12:45-14:15 [J027-03] (3)

14:30-15:30 [J027-04] (4)

16:00-17:30 [T25400]

2 28 ( 4 4 B1 4002)

9:00-10:30 [J025]

10:45-12:15 [W02100] ( )

13:30-14:30 [K02100]

14:45-15:45 [J024-01] (1)

3 30 ( 4 4 1 4101) 9:00-10:30 [S021-01]

(1) 10:45-12:15 [S021-02]

(2) 13:15-14:30 [J021-01] (1) 14:45-15:45 [J021-02]

(2) 9 11

1 27 ( 4 4 B1 4001) 9:00-10:15 [J022-01]

(1) 10:30-12:00 [J022-02]

(2) 13:30-14:45 [J022-03]

(3) 2 28 ( 4 4 B1 4002)

9:00-10:15 [J024-02] (2) 10:30-11:45 [J024-03] (3) 13:15-14:30 [J024-04] (4)

3 30 ( 4 4 1 4101) 9:00-10:00 [J021-03] (3) 10:15-11:30 [J023-01] (1) 13:00-14:30 [J023-02] (2)

4 31 ( 4 4 1 4102) 9:00-10:00 [J026-01]

(1) 10:15-11:15 [J026-02]

(2)

9 10 18:00-19:30 2

2018 10 24 25 1-33

2018 4 126 1

2018

: ( Web

https://www2.jsme.or.jp/fw/index.php?action=kousyu_index&gyojino=18-30&kazu1=0&yen1=0&kazu2=1

4,000 / 6,000 ) 2018 10 24 ( ) 18:00 20:00

() 5,000 ( 3,000 )

/ 263-8522 1-33 /E-mail:

msugawara@chiba-u.jp/TEL:043-290-3207 : https://www.jsme.or.jp/conference/bioconf18/

2018 12 14 15

1-8-4 JR 20 https://www.jsme.or.jp/conference/bioconf18-2

1988

1997

OS OS.

MEMS

OSOS

12,000

16,000 3,0005,000

12 14( 17 )

6,000 3,000 2018 8 3 2018 9 14

31963-8642

1 E-mail: bioconf18-2@jsme.or.jp

28

2017 10 28 ( ) 29 ( )

2830

22138

79 23

12 Xiangqiong

L. Zeng (Chinese Academy of Sciences, China) Ryo

Torii (University College London, UK)

33

17 579 22

2017 12 14 15

30 2017 1214 15

19871988

30120

417 30

3 321459

500

MEMS UT-Heart

17

10

Outstanding Poster Presentation 15321 35

266 8313 11

12 14 30

12 15

20

30

514 8 2004

2 15

10

2000SCI Impact

Factor

Impact Factor

200421 COE

Impact Factor Citation Times

Top

Top10%

Top

Top

2017 2

1986

84

30

1991

1994

2002

83

Ross EthierGeorgia Tech

2006 15

1

4

1

1

2017 26

30120

ETH Zürich Ralph Müller

2017

A possible common physical principle that underlies animal vocalization: theoretical considerations with an unsteady airflow-structure interaction model Journal of Biomechanical Science and Engineering 11 4 2016 12 16-00414.

3

35

31

(1) A4 1

(2) 800

(1) A4 1

400(2)

(1) A4 1

(2)800

400 (3)4 (1) A4 1

200(2) 800

400 (3)4

2018 9 21 160-0016 35

503 5360-3500 FAX 03 5360-3508

076-234-4667 E-mail sakamoto@se.kanazawa-u.ac.jp

2017 2018 2017 9 2018 8

2017 2017 2017 9 3 6

201714

1

1

50 2017 12 13

IRIS51

2017 12 9

6

2018 1 72

Bioengineering Hackathon in

2018 2018 8 7 8

Healthcare Hackathon

2. 2018 9

2018 2018 2018 9 9 12

(a) (1 )

(b) 14

(c) 1

(d) 1

(e) 1

2018 12 13 2019 3

LIFE2018

2018 9 6 ( ) 8 ( )

LIFE201834 18

2018

2019

2019 2019 9 8 11

<< > >

kazuaki.nagayama.bio@vc.ibaraki.ac.jp sakan@tmu.ac.jp

5

Biofrontier Symposium

20092016

28 2017 10 28 292017 Biofrontier Symposium

University College London

Research across Borders: Engineering-Medicine and Japan-UK

Chinese Academy of Sciences Xiangqiong Zeng Skin Tribology and Its Application

292018 10 24

Japan-Korea Joint

SymposiumKSME Bioengineering Division

2013 MOU

2015 5KSME Bioengineering Division Spring Conference

2016 1 282017 4 KSME Bioengineering

Division Spring Conference

31 2018 1214, 15

World Congress of Biomechanics

4 88th World Congress of Biomechanics; WCB2018

2018 7 8 12

JSME session - Commemorative Lectures on Emerging Technologies for Biomechanics: Beyond the 120th Anniversary of the JSME 6

Outstanding Young Researcher Presentation4 WCB2022 2022

7 10 14

Asian-Pacific Association for Biomechanics, APAB APAB

President 2018 8th World

Congress of Biomechanics Yamaguchi MedalAPAB

2019APAB

Asian Pacific Conference on Biomechanics 10AP Biomech 2019 2019 11 1 3

deguchi@me.es.osaka-u.ac.jp yimai@me.es.osaka-u.ac.jp tanaka@me.es.osaka-u.ac.jp

takeo@mech.nagoya-u.ac.jp shigeo@me.es.osaka-u.ac.jp

JBSE (Journal of Biomechanical Science and Engineering) 2006

13

2017 (Vol. 12) 22 31 No. 1: Showcase of researches from JSME,

KSB, and TSB 10 No. 2: Showcase of researches from JSME,

KSB, and TSB (continued) 9 No. 3: 6 No. 4: 6

JBSE

Asian-Pacific Association for Biomechanics (APAB)

Korean Society of Biomechanics (KSB) Taiwanese Society of Biomechanics (TSB)

JBSEKSB-JSME Joint Issue TSB-JSME Joint Issue

2017 JSME KSB TSB

3 society joint issueShowcase of researches from JSME, KSB, and

TSB Thai Society of Mechanical Engineers Bioengineering Division

JBSE HP http://www.jbse.org/HP http://www.jsme.or.jp/bio/

JBSE 2010 Papers of the Year

Graphics of the Year 2017Papers of the Year 4

Yu NAKAMICHI, Souichi SAEKI, Takafumi HIRO, Masunori

MATSUZAKI, In vivo tomographically diagnosing technique of early cancer using 2-color optical coherence dosigraphy, Vol.12, No.2, Paper No. 16-00591 (2017).

Shinji DEGUCHI, Akira C. SAITO, Tsubasa S. MATSUI, Wenjing HUANG, Masaaki SATO, The opposite mechano-response of paxillin phosphorylation between subcellular and whole-cell levels is explained by a minimal model of cell-substrate adhesions, Vol.12, No.2, Paper No. 16-00670 (2017).

Hiromi MIYOSHI, Miki NISHIMURA, Yutaka YAMAGATA, Hao LIU, Yasuyoshi WATANABE, Michiko SUGAWARA, Cell migration guided by a groove with branches, Vol.12, No.1, Paper No. 16-00613 (2017).

Satoshi YAMAKAWA, Richard E. DEBSKI, Hiromichi FUJIE, Strain distribution in the anterior cruciate ligament in response to anterior drawer force to the knee, Vol.12, No.1, Paper No. 16-00582 (2017).

2017 Graphics of the Year 3

Daichi SUZUKI, Kenichi FUNAMOTO, Shin-ichiro

SUGIYAMA, Toshiyuki HAYASE, Suguru MIYAUCHI, Teiji TOMINAGA, Effects of upstream bifurcation and bend on the blood flow in a cerebral aneurysm, Vol.12, No.4, Paper No. 17-00189 (2017).

Hiromi MIYOSHI, Miki NISHIMURA, Yutaka YAMAGATA,

Hao LIU, Yasuyoshi WATANABE, Michiko SUGAWARA, Cell migration guided by a groove with branches, Vol.12, No.1, Paper No. 16-00613 (2017).

Akira TSUKAMOTO, Katie R. RYAN, Yusuke MITSUOKA,

Katsuko S. FURUKAWA, Takashi USHIDA, Cellular traction forces increase during consecutive mechanical stretching following traction force attenuation, Vol.12, No.3, Paper No. 17-00118 (2017).

2018 (Vol. 13) No. 1JSME, KSB TSB Associate

Editor 1

JBSE

adachi@infront.kyoto-u.ac.jp

ohashi@eng.hokudai.ac.jp ishikawa@pfsl.mech.tohoku.ac.jp tsubota@faculty.chiba-u.jp

sudo@sd.keio.ac.jp

201838

9

web11 (2018 6 )

SNS

(2018 7 22 23 ) 1 220 ( 15

4 1 )

3 ()

( )

( )

2

29

(2018 10 24 25 )

2015 2016 ( )

( )

SNSFacebook

(https://www.facebook.com/JSME.BEdiv.YoungAssoc/) LINE

30

<< > >

omori@bfsl.mech.tohoku.ac.jp ujihara@med.kawasaki-m.ac.jp

otani@me.es.osaka-u.ac.jp tnakata@chiba-u.jp maki@biomed.t.u-tokyo.ac.jp

shinji.matsushita.mu@hitachi.com minamikawa.takeo@tokushima-u.ac.jp

syamada@eng.hokudai.ac.jp yarimitsu@tmu.ac.jp

20174

1

2017 3 16 15:00 16:30

COE 3F 30

Luca Brandt (Professor, KTH Mechanics, Sweden) "Numerical studies of particle suspensions in the laminar regime: inertial and deformability effects"

2

2017 3 23 13:30 14:30

30

Bastien Chopard (Professor, Computer Science Department, University of Geneva, Switzerland

A physical description of platelets deposition”

3

2017 9 1 13:00 14:00

30

KHALID M. SAQR (

RCCNB

Intracranial Aneurysm Hemodynamics: The Challenge of Turbulence and its Modeling”

4

2018 1 15 14:00 15:00

COE 3F 30

Allya P. Koesoema (Biomedical Engineering Program, School of Electrical Engineering and Informatics, Institut Teknologi Bandung)

eHealth for Humanitarian Purposes in Indonesia: Current Projects, Challenges and Opportunities”

980-8577 2-1-1 & FAX: 022-217-5253

E-mail:hayase@ifs.tohoku.ac.jp, www: http://reynolds.ifs.tohoku.ac.jp

2017 5

54

2017 4 13 11:00 12:00

A1-17 13 8

- -

18

JCHO

55

2017 4 14 11:00 12:00

A1-17 13 8

- -

15

Membrane Innovation in Micro, Mini and Macro Systems King Lun Yeung (Professor, The Hong Kong University of Science and Technology, Hong Kong)

56 2017 7 7 16:30 18:00

A1-17 13 8

- -

18 Mechanical Responses of Cultured Endothelial Cells in View

of Spatial Shear Stress Gradient Masaaki Sato (Professor, Tohoku University, Japan)

Bioengineering Strategies to Minimize Damage of Vulnerable Skin Tissue Dan Bader (Professor, University of Southampton, UK)

57 2017 9 25 11:00 12:00

A1-17 13 8

- -

27

Computational model of large-scale cell migration and proliferation under mechanical control and biochemical regulation: Cell motility, tissue patterning and wound healing Jie Liang (Professor, The University of Illinois at Chicago, USA)

58 2017 11 14 15:00 16:00

A1-17 13 8

- -30

Mechanics of aortic valve: from tissues to cells Ankush Aggarwal (Research Fellow, Swansea University, UK)

060-8628 13 8 TEL&FAX: 011-706-6424 E-mail: ohashi@eng.hokudai.ac.jp

2017 Institute of Computational Science, Lugano, Switzerland Igor V. Pivkin

Pivkin

42 2018 3 18 15 30 17 00

Titel: Cell biomechanics via particle-based methods”

Speaker: Dr. Igor V. Pivkin Associate Professor of Computational Science Institute of Computational Science, Lugano, Switzerland Abstract: Particle-based methods provide an efficient framework for modeling of cells in flow. We will present Dissipative Particle Dynamics (DPD) based models suitable for large-scale simulations in complex flow domains. Red blood cell and cancer cell models and their applications will be discussed.

466-8555

TEL FAX 052-735-7125 E-mail sugita.shukei@nitech.ac.jp

The 6th Joint Conference of Research Center for Advanced Biomechanics & Japan Institute of Electronics Packaging Kyushu Branch 2018 3 2

MEMS

6

Vincent Lee Enabling Technologies for Wearable Electronics and Future Bioelectronics

4 21

819-0395 744

092-802-3073 FAX 092-802-0001 E-mail : sawa@mech.kyushu-u.ac.jp

201747 48 49 7

47 2017 9 22 15:00~16:10

J 1 1-3

1.

2.

48 2017 11 17 10:30~11:30

C 4 C419 1-3

Inference of the stress field of a cell sheet Philippe Marcq (Centre de Recherche, Institut Curie, France)

49 2018 2 20 13:00~15:00

1 1-3 1. Numerical analysis of the rheology of suspension of red

blood cells Naoki Takeishi (Graduate School of Engineering Sci-ence, Osaka University)

2. Load-denpendent contractile properties of actin stress fibers

Tsubasa S. Matsui (Graduate School of Engineering Science, Osaka University) 3. Computational beam model and applications for

bio-medical engineering Tomohiro Otani (Graduate School of Engineering Sci-ence, Osaka University) 4. Molecular biomechanics and cellular mechanotrans-duction

in health and disease Mohammad R. K. Mofrad (Departments of Bioengi-neering and Mechanical Engineering, University of California Berkeley)

564-8680

Tel: 06-6368-1988 E-mail: otomo@kansai-u.ac.jp

2 16 ,

17

,

,

16

2017 11 27 13:30-16:30 VBL3F

21

1.

2.

3.

4.

, , ,

5. Human factors research at Chalmers Accident Prevention

Group Giulio Bianchi-Piccinini (Chalmers University of Technology)

17

2018 2 27 13:30-16:30 5

22

.

/ 2.

3.

4.

5. CAE

2018

520-2192

TEL: 077-548-2200 FAX: 077-548-2200 Email: hitosugi@belle.shiga-med.ac.jp

A-TS02-14 2911 12

11 2017 3 22 14:30 17:30

F 307 12

12

2018 3 20 13:30 17:30 101

20

OCT

558-8585 3-3-138

06-6605-2773 E-mail s-saeki@mech.eng.osaka-cu.ac.jp

NFLCTE

2017 10

3

4 2018 2 23 15:00 16:30

30

386-8567 3-15-1 Email: nakadate@shinshu-u.ac.jp Tel: 0268-21-5609

2017

33

CFD Computational Fluid Dynamics

2017 11 23 16:00 17:20

1F

S5-1

S5-2 CFD

S5-3 , VFD-Bio

S5-4 CFD Computational Fluid Dynamics

S5-5

CFD

2018 1 16 15:00 17:20

2F 1

1.

2.

3.

Mingzi Zhang 4.

5. PVA-H 3D

6. CFD

in-silico

25 29 331 26 29 9 1 27

30 1 15 ICFD2017 29 111 ~3 2016

808-0196 2-4

TEL&FAX 093-695-6030 E-mail: ktakashima@life.kyutech.ac.jp

152-8585

1-5-1 E-mail: masamoto@mce.uec.ac.jp http://www.nvu.mi.uec.ac.jp/

17

20

33,500

1,500 10%

472016

3 ( )3

2008 JST

4

3 150

10-15%

5

4

OB OG

Rudolf Peierls Centre for Theoretical Physics University of Oxford, UK

Julia Yeomans Ramin Golestanian2016 4 2

1

16 11

Yeomans 8Golestanian 5

EU Horizon 2020

ABIOMATER project; 20

Sir Rudolf Peierls2018 4 6

11

1

PDPD

PD

Yeomans

Rudolf Peierls Centre

TOTO

20022007 2008

2014 1000

1983

3876919

4524799

3873286

10

2002

2002-006833

1967

35 2002

2016 4 25

3m

(1)

(2)

(3)

33

( )

( )

( ) ( )

( )

)

NCIPC

BE 2018 LIFE

LIFE

LIFE LIFE

BE

BE BE

BE

2019

Advisory Board

Senior Advisory Board

N.C.I.P. Foundation

Editor-in-Chief Emeritus

( )

( )

( )

Japan- Taiwan Bilateral Meeting Asian Pacific Association for

Biomechanics Summer Biomechanics,

Bioengineering, and Biotransport Conference (SB3C)

Newsletter No.47

2018 7 1

HP

Bioengineering News No. 47 2018 9 1

tnaiki@bme.ous.ac.jp

sera@mech.kyushu-u.ac.jp

otake@jsme.or.jp

160-0016 35 5 Tel: 03-5360-3500 Fax: 03-5360-3508

MECHANICAL FINDER は骨を３次元構造物としてとらえ、これに有限要素法による構造解析を適用することで骨強度を評価するソフトウェアです

MECHANICAL FINDER は骨を３次元構造物としてとらえ、これに有限要素法による構造解析を適用することで骨強度を評価するソフトウェアです

MECHANICAL FINDER は骨を３次元構造物としてとらえ、これに有限要素法による構造解析を適用することで骨強度を評価するソフトウェアです