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    Saras
    
   Finite   Difference   Solver   for   Fluid   Dynamics   Simulations 
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The derived class from force to add Coriolis forcing to the velocity field in rotating systems. More...
#include "lib/force/force.h"
  
Public Member Functions | |
| coriolisForce (const grid &mesh, vfield &U) | |
| void | addForcing (plainvf &Hv) | 
| Prototype function to add the forcing field to a plain vector field.  More... | |
| void | addForcing (plainsf &Ht) | 
| Prototype function to add the forcing field to a plain scalar field.  More... | |
  Public Member Functions inherited from force | |
| force (const grid &mesh, vfield &U) | |
| Constructor of the force class.  More... | |
Additional Inherited Members | |
  Protected Attributes inherited from force | |
| const grid & | mesh | 
| vfield & | V | 
The derived class from force to add Coriolis forcing to the velocity field in rotating systems.
      
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  inlinevirtual | 
Prototype function to add the forcing field to a plain scalar field.
     Based on the values of Fb, Fr, and other constants as applicable, the appropriate forcing field is calculated and
     added to the input plain field.
 | Ht | is a reference to the plain scalar field to which the forcing term is to be added (RHS of the temperature equation) | 
Reimplemented from force.
      
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  inlinevirtual | 
Prototype function to add the forcing field to a plain vector field.
     Based on the values of Fb, Fr, and other constants as applicable, the appropriate forcing field is calculated and
     added to the input plain field.
 | Hv | is a reference to the plain vector field to which the forcing term is to be added (RHS of the NSE) | 
Reimplemented from force.