Table 2: Hydrodynamical models of Cepheids.

Name
P $T_{\rm eff}$ $\frac{L}{L_{\odot}}$ $\frac{M}{M_{\odot}}$ $\frac{\overline{R}}{R_{\odot}}$

[days] [K]

S Cru
4.7 5900 1900 5.6 42

$\delta$ Cep 5.4 5877 1995 4.8 43

Y Sgr 5.7 5850 2200 5.0 45

$\beta$ Dor 9.9 5500 3500 5.5 65

$\zeta$ Gem 10.4 5500 3600 5.0 64

RZ Vel 21.6 5400 7450 7.0 109

$\ell$ Car 34.4 5225 21000 11.5 180

RS Pup 42.9 5100 22700 9.7 186

**Table 2:** Hydrodynamical models of Cepheids.
Name	P	$T_{\rm eff}$	$\frac{L}{L_{\odot}}$	$\frac{M}{M_{\odot}}$	$\frac{\overline{R}}{R_{\odot}}$
	[days]	[K]
S Cru	4.7	5900	1900	5.6	42
$\delta$ Cep	5.4	5877	1995	4.8	43
Y Sgr	5.7	5850	2200	5.0	45
$\beta$ Dor	9.9	5500	3500	5.5	65
$\zeta$ Gem	10.4	5500	3600	5.0	64
RZ Vel	21.6	5400	7450	7.0	109
$\ell$ Car	34.4	5225	21000	11.5	180
RS Pup	42.9	5100	22700	9.7	186

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