dr. kohilavani a/p naganthran

pensyarah universiti

jabatan sains matematik

No. rasmi:
UKM : 03 8921 5555



   Biografi :
  • Dr. Kohilavani a/p Naganthran merupakan seorang pensyarah kanan (DS51) di Jabatan Sains Matematik, Fakulti Sains & Teknologi, Universiti Kebangsaan Malaysia (UKM). Beliau pernah berkhidmat sebagai seorang penyelidik pasca doktoral dalam bidang mekanik bendalir di Jabatan Sains Matematik, Fakulti Sains & Teknologi, Universiti Kebangsaan Malaysia (UKM) pada tahun 2019. Beliau mendapat Ijazah Sarjana Muda Sains (Kelas Pertama) dalam Matematik dan Statistik daripada Universiti Selangor (UNISEL) pada tahun 2012. Kemudian beliau melanjutkan pengajian ke tahap Sarjana Sains dan Doktor Falsafah (Ph.D.) dalam bidang Matematik di UKM. Beliau merupakan seorang ahli seumur hidup di Persatuan Sains Matematik Malaysia (PERSAMA).

  • anuar jamaludin, kohilavani naganthran, roslinda nazar, ioan pop.  (2020).  mhd mixed convection stagnation-point flow of cu-al2o3/water hybrid nanofluid over a permeable stretching/shrinking surface with heat source/sink.  - european journal of mechanics / b fluids.  71-80. 

     

    kohilavani naganthran, meraj mustafa, ammar mushtaq, roslinda nazar.  (2020).  dual solutions for fluid flow over a stretching/shrinking rotating disk subject to variable fluid properties.  - physica a: statistical mechanics and its applications.  1-10. 

     

    nurul amira zainal, roslinda nazar, kohilavani naganthran, ioan pop.  (2020).  unsteady three-dimensional mhd non-axisymmetric homann stagnation point flow of a hybrid nanofluid with stability analysis.  - mathematics.  1-25. 

     

    kohilavani naganthran, ishak hashim, roslinda nazar.  (2020).  triple solutions of carreau thin film flow with thermocapillarity and injection on an unsteady stretching sheet.  - energies.  1-17. 

     

    md faisal md basir, mohd ezad hafidz hafidzuddin, kohilavani naganthran, hashim, sarkhosh seddighi chaharborj, mohd shareduwan mohd kasihmuddin, roslinda nazar.  (2020).  stability analysis of unsteady stagnation-point gyrotactic bioconvection flow and heat transfer towards the moving sheet in a nanofluid.  - chinese journal of physics.  538-553. 

     

    kohilavani naganthran, meraj mustafa, ammar mushtaq, roslinda nazar.  (2020).  dual solutions for fluid flow over a stretching/shrinking rotating disk subject to variable fluid properties.  - physica a: statistical mechanics and its applications.  1-10. 

     

    nurul amira zainal, roslinda nazar, kohilavani naganthran, ioan pop.  (2020).  unsteady three-dimensional mhd non-axisymmetric homann stagnation point flow of a hybrid nanofluid with stability analysis.  - mathematics.  1-25. 

     

    ammar i. alsabery, kohilavani naganthran, fatin m. azizul, ishak hashim, roslinda nazar.  (2020).  numerical study of conjugate natural convection heat transfer of a blood filled horizontal concentric annulus.  - international communications in heat and mass transfer.  1-12. 

     

    md faisal md basir, mohd ezad hafidz hafidzuddin, kohilavani naganthran, hashim, sarkhosh seddighi chaharborj, mohd shareduwan mohd kasihmuddin, roslinda nazar.  (2020).  stability analysis of unsteady stagnation-point gyrotactic bioconvection flow and heat transfer towards the moving sheet in a nanofluid.  - chinese journal of physics.  538-553. 

     

    kohilavani naganthran, md faisal md basir, mohd shareduwan mohd kasihmuddin, sameh e. ahmed, falodun bidemi olumide, roslinda nazar.  (2020).  exploration of dilatant nanofluid effects conveying microorganism utilizing scaling group analysis: fdm blottner.  - physica a: statistical mechanics and its applications.  1-14. 

     

    anuar jamaludin, kohilavani naganthran, roslinda nazar, ioan pop.  (2020).  mhd mixed convection stagnation-point flow of cu-al2o3/water hybrid nanofluid over a permeable stretching/shrinking surface with heat source/sink.  - european journal of mechanics / b fluids.  71-80. 

     

    kohilavani naganthran, ishak hashim, roslinda nazar.  (2020).  triple solutions of carreau thin film flow with thermocapillarity and injection on an unsteady stretching sheet.  - energies.  1-17. 

     
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