The Motion of Strong Plane Shock Wave in Highly Viscous Medium | Zendy

Arvind Kumar | Zendy; KAMLESH KUMAR | Zendy

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The Motion of Strong Plane Shock Wave in Highly Viscous Medium

Author(s) -

Arvind Kumar,

KAMLESH KUMAR

Publication year - 2022

Publication title -

journal of ultra scientist of physical sciences section a

Language(s) - English

Resource type - Journals

eISSN - 2319-8044

pISSN - 2231-346X

DOI - 10.22147/jusps-a/340101

Subject(s) - shock wave , adiabatic process , mach number , shock (circulatory) , moving shock , plane (geometry) , physics , mechanics , overtaking , shock tube , mach wave , classical mechanics , mathematics , geometry , thermodynamics , medicine , civil engineering , engineering

Neglecting the effect of overtaking disturbances, the motion of strong plane shock wave in highly viscous medium has been investigated by Chester-Chisnell- Whitham method. The analytical expressions for shock strength decreases as shock advances for low viscous region of a medium to the high viscous region. The dependence of mach number on propagation distance, Pressure and Particle velocity as well as on adiabatic index has also been analyzed for the cases. The results obtained here are also compared Yadav et al. (2008) for a freely propagating shock. The obtained expansions are computed and discussed through table.

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