Abstract: The titled problem was solved by a modified Fourier method so that boundary conditions can be fulfilled. The flow parameter, induced magnetic induction, and current were obtained for various ...

Abstract: The title problem is solved by the method of collocation utilizing complex nonorthogonal characteristic functions. It is shown that the characteristic values can be obtained by repeated linear ...

Abstract: This paper presents a theoretical solution for transient heat conduction in a rod of finite length with variable thermal properties. A numerical procedure is developed and the results of one ...

Abstract: Some experimental data, primarily on total force response, are presented for nonlinear lateral sloshing in rigid tanks of various geometries. Some effect of excitation amplitude on liquid swirl ...