nurhana mohamad, umair khan, anuar ishak, syed modassir hussain and walter ojok.  (2026).  numerical investigation of mhd flow and heat transfer of hybrid nanofluid over a darcy– forchheimer shrinking sheet using the reiner– philippoff model with significant viscous dissipation and joule heating effects.  - discover nano.  1 - 29. 

sarna soren, samrat hansda, umair khan, anuar ishak, ahmed kadhim hussein, md mamun molla.  (2026).  second-law analysis of double diffusive convection of casson ternary nanofluid in a porous enclosure with a t-shaped baffle.  - computer modeling in engineering & sciences.  1 - 35. 

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. 

ajjanna roja, mehboob ul hassan, umair khan, anuar ishak.  (2025).  analyzing the impact of non-newtonian fluid flow through an inclined microchannel with exponential space/temperature-dependent effects.  - zeitschrift für angewandte mathematik und mechanik (zamm).  1 - 24. 

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, 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. 

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. 

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. 

sarna soren, samrat hansda, umair khan, anuar ishak, ahmed kadhim hussein, md mamun molla.  (2026).  second-law analysis of double diffusive convection of casson ternary nanofluid in a porous enclosure with a t-shaped baffle.  - computer modeling in engineering & sciences.  1 - 35. 

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. 

nurhana mohamad, umair khan, anuar ishak, syed modassir hussain and walter ojok.  (2026).  numerical investigation of mhd flow and heat transfer of hybrid nanofluid over a darcy– forchheimer shrinking sheet using the reiner– philippoff model with significant viscous dissipation and joule heating effects.  - discover nano.  1 - 29. 

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. 

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. 

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. 

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. 

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. 

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. 

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.  - .  .