ram prakash sharma, kirnu badak, umair khan, anuar ishak, el-sayed m. sherif, piotr wróblewski.  (2026).  dynamics of variable thermal conductivity and multiple slip conditions in a carreau hybrid nanofluid flow past a stretching sheet.  - zamm - journal of applied mathematics and mechanics.  1 - 17. 

a. f. isarinade, a. m. obalalu, umair khan, dalia h. elkamchouchi, anuar ishak.  (2026).  impact of hydrospheric density variation and atmospheric thermal jumps on heat transfer between two concentric spheres with temperature-dependent fluid properties.  - international journal of mechanics and materials in design .  1 - 21. 

hatem gasmi, a.m. obalalu, umair khan, anuar ishak, hami gündogdu, nermeen abdullah, samia elattar, ahmed m. galal.  (2025).  analysis of advanced cooling strategies for rocket engines conveying ternary hybrid nanofluids with second slip conditions and melting heat transfer.  - case studies in thermal engineering.  1 - 17. 

umair khan, aurang zaib, anuar ishak, samia elattar, sayed m. eldin, zehba raizah, iskandar waini, muhammad waqas.  (2025).  reply to pantokratoras a. comment on “khan et al. impact of irregular heat sink/source on the wall jet flow and heat transfer in a porous medium induced by a nanofluid with slip and buoyancy effects. symmetry 2022, 14, 2212”.  - symmetry.  1 - 7. 

umair khan, aurang zaib, anuar ishak, refka ghodhbani, dalia h. elkamchouchi.  (2025).  insight into the hydrothermal performance for buoyancy flow of a micropolar nanofluid past a stretching/shrinking sheet with viscous dissipation effects.  - journal of thermal analysis and calorimetry.  8043 - 8058. 

k. vinutha, j. k. madhukesh, umair khan, k. venkadeshwaran, anuar ishak, raman kumar, taseer muhammad, gadah abdulrahman al-turef, waafa saleh.  (2025).  impact of autocatalytic chemical reactions and convective boundary conditions on nac6h7o6 sio2-based nanofluid oblique stagnation point flow across a stretching sheet.  - nano.  1 - 17. 

umair khan, a.m. obalalu, aurang zaib, anuar ishak, gadah abdulrahman, al-turef, j. k. madhukesh, waafa saleh and syed modassir hussain.  (2025).  thermal conductivity evaluation of radiative entropy optimized cross-flow in eyringpowell nano uid past a permeable deformable sheet: the case of solar-powered ship application.  - nano.  1 - 19. 

sureshkumar s., krishna b. chavaraddi, priya m. gouder, g. k. ramesh, j. k. madhukesh, umair khan, anuar ishak, syed modassir hussain.  (2025).  triple diffusive convection in a fluid layer under an a.c electric field.  - advances in mathematical physics.  1 - 14. 

umair khan, aurang zaib, anuar ishak, el-sayed m. sherif, loannis e. sarris.  (2025).  numerical analysis of irregular heat source/sink through a wall jet flow of spherical graphene oxide nanoparticle in the presence of thermophoretic particle deposition: the case of non-newtonian eyring–powell fluid model.  - numerical heat transfer, part b: fundamentals.  69 - 86. 

ali raza, umair khan, aurang zaib, anuar ishak, syed modassir hussain.  (2025).  insights into the thermodynamic efficiency of mixed convective hybrid nanofluid flow over a vertical channel through a fractal fractional computation.  - multidiscipline modeling in materials and structures.  520 - 540. 

ram prakash sharma, kirnu badak, umair khan, anuar ishak, el-sayed m. sherif, piotr wróblewski.  (2026).  dynamics of variable thermal conductivity and multiple slip conditions in a carreau hybrid nanofluid flow past a stretching sheet.  - zamm - journal of applied mathematics and mechanics.  1 - 17. 

a. f. isarinade, a. m. obalalu, umair khan, dalia h. elkamchouchi, anuar ishak.  (2026).  impact of hydrospheric density variation and atmospheric thermal jumps on heat transfer between two concentric spheres with temperature-dependent fluid properties.  - international journal of mechanics and materials in design .  1 - 21. 

ayman a. dawod, umair khan, rania saadeh, aurang zaib, anuar ishak, muhammad waqas, nazek alessa, omer a. magzoub .  (2025).  impact of gyrotactic microorganisms on 3d unsteady stagnation-point nanofluid flow across a plane horizontal surface with zero mass f lux conditions.  - alexandria engineering journal.  98 - 108. 

nurhana mohamad, shuguang li, umair khan, anuar ishak, ali elrashidi, mohammed zakarya.  (2025).  role of stability analysis and waste discharge concentration of ternary hybrid nanofluid in a non-newtonian model with slip boundary conditions.  - alexandria engineering journal.  327 - 338. 

umair khan, aurang zaib, anuar ishak, el-sayed m. sherif, ioan pop.  (2025).  convective flow and heat transport of clay nanofluid across a vertical surface in a darcy-brinkman porous medium.  - journal of porous media.  65 - 81. 

nur aisyah aminuddin, nooraini zainuddin, nor ain azeany mohd nasir, alinda samsuri, anuar ishak.  (2024).  numerical solution of emhd go-mos2/h2o flow and heat transportation toward stretching/ shrinking riga plate with joule heating and convective boundary condition.  - aip conference proceedings.  1 - 11. 

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. 

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. 

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. 

nor ain azeany mohd nasir, nooraini zainuddin, najiyah safwa khashi'ie, anuar ishak, ioan pop.  (2022).  influence of induced magnetic over stagnation point ag-mgo/h2o hybrid nanofluid flow and heat transfer towards moving surface.  - studies in systems, decision and control.  447-465. 

siti maryam ahmad nuri, anuar mohd ishak.  (2018).  kamiran lebesgue.  - siri penyelidikan sains matematik.  98-102. 

mariani abdullah, anuar mohd ishak.  (2018).  pembahagian dengan sifar.  - .  13-16. 

iskandar waini, farah nadzirah jamrus, anuar ishak, ioan pop.  (2024).  kesan nanozarah hibrid terhadap aliran bendalir eyring-powell pada permukaan mengecut.  - sains malaysiana.  3229 - 3240. 

iskandar waini, anuar ishak, ioan pop.  (2021).  aliran titik genangan mhd dan pemindahan haba terhadap permukaan telap meregang/mengecut dalam.  - sains malaysiana.  2819-2832. 

fatinnabila kamal, khairy zaimi, anuar ishak.  (2020).  analisis kestabilan aliran genangan bagi bendalir mikrokutub terhadap permukaan mencancang dengan fluks haba ditetapkan.  - sains malaysiana.  899-908. 

mariani abdullah, anuar mohd ishak.  (2018).  pembahagian dengan sifar.  - .  13-16. 

siti maryam ahmad nuri, anuar mohd ishak.  (2018).  kamiran lebesgue.  - siri penyelidikan sains matematik.  98-102. 

anuar bin mohd ishak;roslinda bt. mohd. nazar;sakhinah binti abu bakar.  (2024).  boundary layer flow and heat transfer in a hybrid nanofluid.  - .  . 

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.  - .  . 

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;sakhinah binti abu bakar.  (2021).  mathematical modelling of fluid flow and heat transfer in a dusty nanofluid.  - .  . 

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