Aspects of motion theory for the continuous gaseous medium are presented with a substantial influence of dispersion effects related to the microstructure of the medium or to the presence of electromagnetic or gravitational fields of internal force. The precise stationary solutions of non-linear equations are studied in detail in the vicinity of transition fronts and in the form of solitary waves: "classical" and "particle-like" solitons. Various gasdynamic models are seen, beginning with the acoustic relativity theory and the supercritical analog of the special relativity theory up to the Newtonian dark matter and microstructural turbulence model. A number of examples taken from gas dynamics and physics demonstrate typical conformities of the investigated processes.
Author(s) DetailsM. Ja. Ivanov
State Scientific Center of Russian Federation, Central Institute of Aviation Motors (Named after Baranov), Russia.
L. V. Terentieva
State Scientific Center of Russian Federation, Central Institute of Aviation Motors (Named after Baranov), Russia.
View Book:- https://stm.bookpi.org/GEDM/issue/view/27
No comments:
Post a Comment