On the Effects of Viscosity on the Shock Waves for a Hydrodynamical Case—Part I: Basic Mechanism

Table 3

Reynolds number, Re₁, dependence of 𝑀₂/𝑀₁ and 𝑝₂/𝑝₁ for different values of 𝑀₁ and Re₂/Re₁ values.

Re1	𝑀1=1.2 (Re2/Re1 = 1.704)		𝑀1=1.6 (Re2/Re1 = 1.278)		𝑀1=2.5 (Re2/Re1 = 0.818)		𝑀1=4 (Re2/Re1 = 0.511)
	𝑀2/𝑀1	𝑝2/𝑝1	𝑀2/𝑀1	𝑝2/𝑝1	𝑀2/𝑀1	𝑝2/𝑝1	𝑀2/𝑀1	𝑝2/𝑝1
100	0.7224	1.5017	0.4315	2.9166	0.2207	7.5220	0.1217	19.7281
1000	0.7068	1.5454	0.4293	2.9467	0.2211	7.5585	0.1225	19.7481
2000	0.7060	1.5477	0.4291	2.9483	0.2212	7.5605	0.1226	19.7491
3000	0.7057	1.5485	0.4291	2.9489	0.2212	7.5612	0.1226	19.7494
4000	0.7056	1.5489	0.4291	2.9492	0.2212	7.5615	0.1226	19.7495
5000	0.7055	1.5491	0.4291	2.9493	0.2212	7.5617	0.1226	19.7496