Effect of Anisotropy of the Shell on the Radial Oscillations of an Encapsulated Gas Bubble

Key Points

• This research aims to understand how the anisotropy of a shell affects the radial oscillations of gas bubbles in an acoustic field.
• Developed a modified Keller–Miksis equation for radial oscillations
• Conducted numerical calculations to analyze oscillation effects
• Compared theoretical predictions with experimental data
• The anisotropic shell significantly alters the behavior of radial oscillations
• Numerical results align well with existing experimental observations