Issue 15

D.

Kytyr et alii, Fra

ttura ed Integrit

à Strutturale, 15

(2011) 5-13; D

OI: 10.3221/IGF

-ESIS.15.01

(a)

0% of gait cy

cle

(b)

5% of gait cy

cle

(c)

10% of gait c

ycle

(d)

15% of gait c

ycle

20% of gait cy

cle

(f)

25% of gait cy

cle

(g)

30% of gait c

ycle

(h)

35% of gait c

ycle

(e)

40% of gait cy

cle

(j)

45% of gait cy

cle

(k)

50% of gait c

ycle

(l)

55% of gait cy

cle

(i)

(m

) 60% of gait c

ycle

(n)

65% of gait cy

cle

(o)

70% of gait c

ycle

(p)

75% of gait c

ycle

(q)

80% of gait c igure 8 : von ay source L8 FPD) C7942 at each pixel aximal resol n exposed fo 10 times 0.5

ycle (r) Mises stress di 601-01 (Ham CA-22 (Ham of the detect ution of 4 M r scanning. S s, voltage 80

85% of gait cy stribution in th amatsu Pho amatsu Phot or was integr px. The pelv canning sequ kV and curr

cle (s) e bone-cemen tonics K.K.) onics K.K.) ated to the m ic bone was ence consiste ent 125 µA.

90% of gait c t interface du with wolfram with thin-film emory. Phy fixed in the d of 360 sca

ycle (t) ring the norm anode was transistor ( sical dimensi iliac area on ns with 1° ste

95% of gait c al walking cycl used. For th TFT) constr ons of the de to a rotary t p increment

ycle e.

F

rofocus X-r el detector ( nal detected mm with m tabular regio formed using

is purpose a uction was u tector are 12 able to leave . Acquisition

flat sed. 0 × the was

Mic pan Sig 120 ace per

10