Table 1 Material properties used in numerical simulations, as taken from [[12]]

$L_p\left[\mathrm{cm}/\mathrm{mmHgs}\right]$

Normal

0.36×1⁰⁻⁷

Rippe et al. (1978)

Tumor

2.80×1⁰⁻⁷

Jain (1987a)

$k\left[c{m}^2/\mathrm{mmHgs}\right]$

Normal

8.53×1⁰⁻⁹

Swabb et al. (1974)

Tumor

4.13×1⁰⁻⁸

Jain (1987a)

$S/V\left[c{m}^{-1}\right]$

Normal

70

Pappenheimer et al. (1951)

Tumor

200

Hilmas and Gilette (1974)

$P_B\left[\mathrm{mmHg}\right]$

Both

15.6

Brace and Guyton (1977)

${\Pi }_B\left[\mathrm{mmHg}\right]$

Both

20

Brace and Guyton (1977)

${\Pi }_i\left[\mathrm{mmHg}\right]$

Normal

10

Wiederhielm (1979)

Tumor

15

Jain (1987a)

_{σ s}

Normal

0.91

Ballard and perl (1978)

Tumor

0.82

Curry (1984)