Passive Harmonic Filters Design Using Fortran Feasible Sequential Quadratic Programming /
Dina Mamdooh Ahmed Khorshied
Passive Harmonic Filters Design Using Fortran Feasible Sequential Quadratic Programming / تصميم المرشحات التوافقية الغير فعالة باستخدام برمجة الفورتران المجدية المتتالية التربيعية Dina Mamdooh Ahmed Khorshied ; Supervised Mohamed Mamdouh Abd El aziz , Essam Eldin Abouelzahab , Ahmed Faheem Zobaa - Cairo : Dina Mamdooh Ahmed Khorshied , 2006 - 185P : charts ; 30cm
Thesis (M.Sc.) - Cairo University - Faculty Of Engineering - Department Of Electrical Power and Machines
This Thesis presents an application of Fortran Feasible Sequential Quadratic Programming (FFSQP) optimization method for finding the optimum fixed shunt compensator for load power factor improvement and the problem of harmonic mitigation in the power systems , when the source and the load nonlinearities are considered Two types of shunt compensators have been proposed , the optimum pure capacitive (C) compensator and the optimum inductive capacitive (LC) compensator
Passive Harmonic Filters Quadratic Programming
Passive Harmonic Filters Design Using Fortran Feasible Sequential Quadratic Programming / تصميم المرشحات التوافقية الغير فعالة باستخدام برمجة الفورتران المجدية المتتالية التربيعية Dina Mamdooh Ahmed Khorshied ; Supervised Mohamed Mamdouh Abd El aziz , Essam Eldin Abouelzahab , Ahmed Faheem Zobaa - Cairo : Dina Mamdooh Ahmed Khorshied , 2006 - 185P : charts ; 30cm
Thesis (M.Sc.) - Cairo University - Faculty Of Engineering - Department Of Electrical Power and Machines
This Thesis presents an application of Fortran Feasible Sequential Quadratic Programming (FFSQP) optimization method for finding the optimum fixed shunt compensator for load power factor improvement and the problem of harmonic mitigation in the power systems , when the source and the load nonlinearities are considered Two types of shunt compensators have been proposed , the optimum pure capacitive (C) compensator and the optimum inductive capacitive (LC) compensator
Passive Harmonic Filters Quadratic Programming