Inductance Matrix of a Transfer Field Machine (TFM) and an Induction Machine (IM): A Comparison

@article{1702601,
      author = {M. N. Eleanya, K. C. Obute, V. C. Ogboh},
      title = {Inductance Matrix of a Transfer Field Machine (TFM) and an Induction Machine (IM):  A Comparison},
      journal = {Iconic Research And Engineering Journals},
      year = {2021},
      volume = {4},
      number = {8},
      pages = {76-86},
      issn = {2456-8880},
      url = {https://www.irejournals.com/formatedpaper/1702601.pdf},
      abstract = {This    paper   presents   a    comparative     analysis   of   a   transfer   field    machine  (TFM)    and  a  poly-phase   induction   machine (IM) with  central  focus  on    the inductance  matrix  of  both  machines .     The   two   machines   belong   to   two   different   classes   of   machine   and   quite   different   in   physical   configuration.  In  this  analysis , the   self  inductance  matrix  of  the  two   machines   are   derived   and    both  shown  to  be  independent  of  the  rotor  angular  position. However  ,  the  mutual  coupling  inductance   in  both  cases  are  dependent   on  rotor  angular   position which  varies  with  time. For  the  transfer  field    machine ,  in  addition  to  rotor  angle  dependence, it  also   depends  on  the  difference  between   the  direct -  and   quadrature-  axes  reactances. In  both  machines, when  state  variables  namely  voltage  and   flux  linkage  equations, are  transformed  to arbitrary  qdo  reference  frame,  a  new  set  of  voltage  and  flux  linkage   equations  are  obtained   with  inductance  values  , no  longer  dependent   on  the  rotor  angular  position  that  varies  with  time  ;  and  this  of  course  is  of  great  advantage  in  the  analysis  of  both  machines. },
      keywords = {Self-inductance,  Mutual-inductance,  Inductance  Matrix,  Coupling, Angular  position, Comparative Analysis.},
      month = {February},
  }