Exact solution for the rotation of an ellipse in unbounded shear flow as computed by Jeffery (1922) More...
Functions | |
| double | null (const double &t) |
| Null function. More... | |
| double | angle (const double &t) |
| Angular position as a function of time t. More... | |
| double | velocity (const double &t) |
| Angular velocity as function of time t. More... | |
| double | acceleration (const double &t) |
| Angular acceleration as a function of time t (should always be zero) More... | |
Exact solution for the rotation of an ellipse in unbounded shear flow as computed by Jeffery (1922)
| double Jeffery_Solution::acceleration | ( | const double & | t | ) |
Angular acceleration as a function of time t (should always be zero)
Definition at line 120 of file jeffery_orbit.cc.
References Problem_Parameter::A, angle(), and velocity().
Referenced by UnstructuredImmersedEllipseProblem< ELEMENT >::output_exact_solution().
| double Jeffery_Solution::angle | ( | const double & | t | ) |
Angular position as a function of time t.
Definition at line 98 of file jeffery_orbit.cc.
References Problem_Parameter::A, and Problem_Parameter::B.
Referenced by acceleration(), UnstructuredImmersedEllipseProblem< ELEMENT >::output_exact_solution(), and velocity().
| double Jeffery_Solution::null | ( | const double & | t | ) |
Null function.
Definition at line 95 of file jeffery_orbit.cc.
| double Jeffery_Solution::velocity | ( | const double & | t | ) |
Angular velocity as function of time t.
Definition at line 107 of file jeffery_orbit.cc.
References Problem_Parameter::A, angle(), and Problem_Parameter::B.
Referenced by acceleration(), and UnstructuredImmersedEllipseProblem< ELEMENT >::output_exact_solution().