β Scribed by A.N. Norris; I.C. Sheng
No coin nor oath required. For personal study only.
π SIMILAR VOLUMES
The sound pressure radiated by an infiniteplate with a baffleperpendicular to its surface is estimated by the method of steepest descent. Both rigid and pressure-release baffles are considered. The radiation resistance of each type of baffleis also estimated.
Based on the cylindrical Β¨ector waΒ¨e functions, the propagation of a waΒ¨e in a circular waΒ¨eguide filled with a uniaxial chiral medium is rigorously formulated. By ignoring the diffraction effects of the edge and using the StrattonαChu formula, radiation from an open-end guide is numerically compute
Radiation of sound from a modally vibrating shell-encapsulated (eccentric) spherical source is analyzed in an exact manner using the classical method of separation of variables. The proposed model is a realistic idealization of a spherical acoustic lens with focal point inside the lens when used as