mohammad alaroud, abedel-karrem alomari, nedal tahat, shrideh al-omari, anuar ishak.  (2023).  a novel solution approach for time-fractional hyperbolic telegraph differential equation with caputo time differentiation.  - mathematics.  1-19. 

 

iskandar waini, nurul amira zainal, najiyah safwa khashi'ie, khairum bin hamzah, abdul rahman mohd kasim, anuar ishak, ioan pop.  (2023).  mixed convection of mhd reiner-philippoff fluid flow past a vertical shrinking plate with radiative heat transfer.  - chinese journal of physics.  325-336. 

 

farizza haniem sohut, umair khan, anuar ishak, siti khuzaimah soid, iskandar waini.  (2023).  mixed convection hybrid nanofluid flow induced by an inclined cylinder with lorentz forces.  - micromachines.  1-24. 

 

farizza haniem sohut, anuar ishak, siti khuzaimah soid.  (2023).  mhd stagnation point of blasius flow for micropolar hybrid nanofluid toward a vertical surface with stability analysis.  - symmetry.  1-22. 

 

umair khan, aurang zaib, anuar ishak, iskandar waini, abderrahim wakif, ahmed m. galal.  (2023).  agrawal nanofluid flow towards a stagnation point past a moving disk with smoluchowski temperature and maxwell velocity slip boundary conditions: the case of buongiorno's model.  - zamm-zeitschrift fur angewandte mathematik und mechanik.  1-14. 

 

mohammad alaroud, abedel-karrem alomari, nedal tahat, shrideh al-omari, anuar ishak.  (2023).  a novel solution approach for time-fractional hyperbolic telegraph differential equation with caputo time differentiation.  - mathematics.  1-19. 

 

iskandar waini, nurul amira zainal, najiyah safwa khashi'ie, khairum bin hamzah, abdul rahman mohd kasim, anuar ishak, ioan pop.  (2023).  mixed convection of mhd reiner-philippoff fluid flow past a vertical shrinking plate with radiative heat transfer.  - chinese journal of physics.  325-336. 

 

farizza haniem sohut, umair khan, anuar ishak, siti khuzaimah soid, iskandar waini.  (2023).  mixed convection hybrid nanofluid flow induced by an inclined cylinder with lorentz forces.  - micromachines.  1-24. 

 

farizza haniem sohut, anuar ishak, siti khuzaimah soid.  (2023).  mhd stagnation point of blasius flow for micropolar hybrid nanofluid toward a vertical surface with stability analysis.  - symmetry.  1-22. 

 

umair khan, aurang zaib, anuar ishak, iskandar waini, abderrahim wakif, ahmed m. galal.  (2023).  agrawal nanofluid flow towards a stagnation point past a moving disk with smoluchowski temperature and maxwell velocity slip boundary conditions: the case of buongiorno's model.  - zamm-zeitschrift fur angewandte mathematik und mechanik.  1-14. 

 

umair khan, aurang zaib, anuar ishak, iskandar waini, ioan pop, samia elattar, ahmed m. abed.  (2023).  stagnation point flow of a water-based graphene-oxide over a stretching/ shrinking sheet under an induced magnetic field with homogeneous-heterogeneous chemical reaction.  - journal of magnetism and magnetic materials.  1-11. 

 

muhammad waqas, umair khan, aurang zaib, anuar ishak, munirah d. albaqami, iskandar waini, reham ghazi alotabi, ioan pop.  (2023).  radiation effect on mhd three-dimensional stagnation-point flow comprising water-based graphene oxide nanofluid induced by a nonuniform heat source/sink over a horizontal plane surface.  - international journal of modern physics b.  1-20. 

 

umair khan, a. zaib, a. ishak, i. waini, zehba raizah, and ahmed m. galal.  (2023).  features of magnetic fi eld on biological williamson fluid in radiated blood flow induced by gold particles through a curved moving surface with buoyancy effect.  - international journal of modern physics b.  1-19. 

 

nepal chandra roy, rahat amin, anuar ishak.  (2023).  magnetohydrodynamic natural convective hybrid nanofuid flow in a square enclosure with diferent blocks.  - iranian journal of science and technology-transactions of mechanical engineering.  841-858. 

 

umair khan, aurang zaib, anuar ishak, iskandar waini, fatimah mohammed alzahrani, khadijah mohammedsaleh katubi.  (2023).  irreversibility analysis on the radiative buoyancy flow toward stagnation point through water conveying three kinds of nanoparticles past a heated vertical plate with the ramifi cation of hall effects.  - international journal of modern physics b.  1-19. 

 

mohammad alaroud, abedel-karrem alomari, nedal tahat, shrideh al-omari, anuar ishak.  (2023).  a novel solution approach for time-fractional hyperbolic telegraph differential equation with caputo time differentiation.  - mathematics.  1-19. 

 

iskandar waini, nurul amira zainal, najiyah safwa khashi'ie, khairum bin hamzah, abdul rahman mohd kasim, anuar ishak, ioan pop.  (2023).  mixed convection of mhd reiner-philippoff fluid flow past a vertical shrinking plate with radiative heat transfer.  - chinese journal of physics.  325-336. 

 

farizza haniem sohut, umair khan, anuar ishak, siti khuzaimah soid, iskandar waini.  (2023).  mixed convection hybrid nanofluid flow induced by an inclined cylinder with lorentz forces.  - micromachines.  1-24. 

 

farizza haniem sohut, anuar ishak, siti khuzaimah soid.  (2023).  mhd stagnation point of blasius flow for micropolar hybrid nanofluid toward a vertical surface with stability analysis.  - symmetry.  1-22. 

 

umair khan, aurang zaib, anuar ishak, iskandar waini, abderrahim wakif, ahmed m. galal.  (2023).  agrawal nanofluid flow towards a stagnation point past a moving disk with smoluchowski temperature and maxwell velocity slip boundary conditions: the case of buongiorno's model.  - zamm-zeitschrift fur angewandte mathematik und mechanik.  1-14. 

 

hussam aljarrah, mohammad alaroud, anuar ishak, maslina darus, shaher momani.  (2023).  exact and approximate solutions of heat fractional differential equation using laplace residual power series method.  - 2023 international conference on fractional differentiation and its applications, icfda 2023.  1-5. 

 

izyan syazana awaludin, anuar ishak, ioan pop.  (2020).  stagnation point flow and heat transfer over a permeable stretching/shrinking sheet with heat source/sink.  - icces 2019: computational and experimental simulations in engineering.  189-199. 

 

izyan syazana awaludin, anuar ishak, ioan pop.  (2019).  stagnation point flow and heat transfer over a permeable stretching/shrinking sheet with heat source/sink.  - computational and experimental simulations in engineering.  189-199. 

 

n.a.a.m. nasir, a. ishak, i. pop, n. zainuddin.  (2019).  mhd stagnation point ow towards a quadratically stretching/shrinking surface.  - 2nd international conference on applied & industrial mathematics and statistics 2019.  1-9. 

 

siti nur aisyah azeman, anuar mohd ishak.  (2019).  mixed convection flow near a stagnation point on a vertical surface with prescribed surface heat flux.  - 14th international symposium on geometric function theory and applications.  012-029. 

 

nor ain azeany mohd nasir, nooraini zainuddin, najiyah safwa khashi'ie, anuar ishak, ioan pop.  (2022).  intelligent systems modeling and simulation ii: machine learning, neural networks, efficient numerical algorithm and statistical methods.  - 19. 

 

siti maryam ahmad nuri, anuar mohd ishak.  (2018).  siri penyelidikan sains matematik 2018.  - 5. 

 

mariani abdullah, anuar mohd ishak.  (2018).  siri penyelidikan sains matematik 2018.  - 4. 

 

anuar bin mohd ishak;roslinda bt. mohd. nazar;sakhinah binti abu bakar;mohd almie bin alias.  (2023).  numerical study of fluid flow and heat transfer over a flat/curved surface in a hybrid nanofluid.  -

 

anuar bin mohd ishak;roslinda bt. mohd. nazar;sakhinah binti abu bakar.  (2021).  mathematical modelling of fluid flow and heat transfer in a dusty nanofluid.  -

 

roslinda bt. mohd. nazar;sakhinah binti abu bakar;anuar bin mohd ishak;kohilavani a/p naganthran.  (2021).  modelling of convective boundary layer flows in various non-newtonian fluids.  -

 

anuar bin mohd ishak;roslinda bt. mohd. nazar;rokiah @ rozita bt. ahmad.  (2019).  numerical solutions of fluid flow and heat transfer: a stability analysis.  -

 

anuar bin mohd ishak;roslinda bt. mohd. nazar;sakhinah binti abu bakar.  (2018).  investigating the mixed convection flow and heat transfer in newtonian and non-newtonian fluids: a stability analysis.  -