ТОМ 86, №3
ELECTROMAGNETO-THERMODIFFUSIVE PROBLEM FOR SHORT TIMES WITHOUT ENERGY DISSIPATION
A general solution to the field equations for electromagneto-thermodiffusive elastic medium is obtained by employing a normal mode analysis in the context of the Green and Naghdi theory of type II, when a distributed instantaneous source is acting on the free surface of the medium. The medium deforms because of a mechanical load and application of a magnetic field, when induced magnetic and electric fields appear in it. The stresses, displacements, temperature, concentration, and chemical potential for copper are calculated and presented graphically. The impact of a magnetic field and time is studied
Автор: Sunita Deswal, Kapil Kumar Kalkal
Ключевые слова: energy dissipation, normal mode analysis, distributed source, electromagneto-thermodiffusion
Sunita Deswal, Kapil Kumar Kalkal. ELECTROMAGNETO-THERMODIFFUSIVE PROBLEM FOR SHORT TIMES WITHOUT ENERGY DISSIPATION // Инженерно-физический журнал. 2013. ТОМ 86, №3. С. 661.
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