Review Article

Modeling Requirements for Computer Simulation of Cerebral Aneurysm

Table 1

Physiological properties of CoW’s vessels, such as length, radius, thickness, and elastic modulus [25].

ArteriesLength (cm)Initial diameter (cm)Thickness (cm)Elastic modulus (Pa) × 106

1Ascending aorta42.40.1630.4
2Aortic arch I22.240.1260.4
3Brachiocephalic3.41.240.080.4
4Aortic arch II3.92.140.1150.4
5L. common carotid20.80.50.0630.4
6R. common carotid17.70.50.0630.4
7R. subclavian3.40.8460.0670.4
8Thoracic aorta15.620.110.4
9L. subclavian3.40.8460.0670.4
10L. ext. carotid17.70.30.0380.8
11L. int. carotid I17.70.40.050.8
12R. int. carotid I17.70.40.050.8
13R. ext. carotid17.70.30.0380.8
14R. vertebral14.80.2720.0340.8
15R. brachial42.20.8060.0670.4
16L. brachial42.20.8060.0670.4
17L. vertebral14.80.2720.0340.8
18L. int. carotid II0.50.40.051.6
19L. PCoA1.50.1460.0181.6
20R. PCoA1.50.1460.0181.6
21R. int. carotid II0.50.40.051.6
22Basilar2.90.3240.041.6
23L. MCA11.90.2860.0361.6
24R. MCA11.90.2860.0361.6
25L. ACA, A11.20.2340.0291.6
26R. ACA, A11.20.2340.0291.6
27L. PCA, P10.50.2140.0271.6
28R. PCA, P10.50.2140.0271.6
29L. ACA, A210.30.240.0301.6
30R. ACA, A210.30.240.0301.6
31ACoA0.30.1480.0191.6
32L. PCA, P28.60.210.0261.6
33R. PCA, P28.60.210.0261.6