India, September 19, 2022

Magnetohydrodynamics is subjected to wide range of
scientific and technology applications starting from metal
casting, nuclear power stations, etc and finishing with
astrophysical dynamos where greatest achievements in
analytic, asymptotic and numeric approaches are reached
recently. Those approaches will be presented, such that they
could be used in many other scientific and industrial
applications and also in simulation of planetary, Solar,
stellar and galactic magnetic activities.

Description:

 

This course provides training in the application of the modern  

astrophysical dynamos’ based mathematics to a wide range of  

problems in various science and technology. Emphasis will be  

placed on the formulation of problems, on the analytical,  

asymptotical and numerical techniques for a solution, the  

computation and presentation of results. The primary  

objectives of the course are as follows: 

i) Elucidate the fundamentals of the dynamos’ analytic,  

asymptotic and numeric applications. 

ii) Introduce the computational methods necessary for the  

dynamos’ numeric modeling. 

iii) Derive the magnetohydrodynamics’ induction and dynamo  

equations. 

iv) Generalize magnetohydrodynamics’ analytic, asymptotic and  

numeric approaches for using in the other scientific and  

industrial applications. 

v) Application of methods mentioned above in modeling of the  

planetary, Solar, stellar and galactic magnetic activities.