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Tasawar Hayat - One of the best experts on this subject based on the ideXlab platform.
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on electroosmosis in Peristaltic Activity of mhd non newtonian fluid
alexandria engineering journal, 2021Co-Authors: Anum Tanveer, Sidra Mahmood, Tasawar Hayat, Ahmed AlsaediAbstract:Abstract Electroosmosis in peristalsis of non-Newtonian fluid in a microchannel is considered. Magnetohydrodynamics (MHD), thermal radiation and mixed convection are adopted. Momentum, mass and temperature equations for third grade fluid are derived for long wavelength and small Reynolds number. Formulation is further completed by considering the velocity, temperature and concentration slip conditions. An internal energy generation is also taken into account. The physical parameters involved in flow characteristics are graphically analyzed. This work finds its utility in micro-fabrication technique, reservoir engineering and chemical industry where the electro-osmotic energy and mass exchanges play a vital role.
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Peristaltic radiative flow of sisko nanomaterial with entropy generation and modified darcy s law
Journal of Thermal Analysis and Calorimetry, 2020Co-Authors: Tasawar Hayat, Bilal Ahmed, F M Abbasi, A AlsaediAbstract:Nanomaterials are quite significant in the physiological and engineering processes. Such materials have motivated the recent scientists in view of their enhanced thermophysical characteristics than conventional liquids. With this in mind, the intention here is to address the Peristaltic Activity of Sisko nano-liquid subject to Hall and Ohmic heating effects. Fluid-saturated porous space is modeled using the modified Darcy’s law. Thermal radiation is also accounted. In addition, the analysis carried out is subject to thermal jump, velocity slip and zero mass flux condition. Numerical solution to the resulting nonlinear problem through the lubrication approach is developed. Solution analysis is made by pointing out the impacts of sundry variables. The temperature profile increases by increasing the Hartman number due to the Joule heating effect. However, temperature decreases by increasing the Hall parameter.
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Entropy optimization for peristalsis of Rabinowitsch nanomaterial
Applied Nanoscience, 2020Co-Authors: Tasawar Hayat, Ahmed Alsaedi, Sadaf Nawaz, Habib M. FardounAbstract:This work models new formulation for Peristaltic Activity of Rabinowitsch material in a compliant walls channel. Energy equation is accounted in the presence of viscous dissipation and heat source/sink. Chemical reaction is included in concentration expression. Nanomaterial characteristics are due to Brownian motion and thermophoresis. Slip condition is utilized for velocity, temperature and concentration. Exact solution is obtained for velocity. Further NDSolve is utilized for the graphical analysis of temperature, concentration, entropy and heat transfer coefficient at the wall. Results are also analyzed for viscous, shear thickening and shear thinning fluids. This study reveals the results that the shear thinning fluids move with greater velocity than the viscous and shear thickening fluids. Similarly, temperature and entropy generation also has higher values for shear thinning case when compared with others. Further heat source parameter enhances the temperature, whereas sink parameter leads to decay. Slip parameter for velocity and temperature caused an increase in the respective velocity and temperature. Moreover, chemical reaction parameter leads to enhancement in temperature and entropy generation in case of viscous, shear thickening and shear thinning fluids. However, shear thinning fluids are found prominent.
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corrigendum to transport of hybrid type nanomaterials in Peristaltic Activity of viscous fluid considering nonlinear radiation entropy optimization and slip effects computer methods and programs in biomedicine 184 2020 105 086
Computer Methods and Programs in Biomedicine, 2020Co-Authors: S Farooq, Tasawar Hayat, Ijaz M Khan, M Waqas, A AlsaediAbstract:In this published paper, a mathematical modeling has been conducted for the Peristaltic transport in flow of hybrid nanofluid between rotating channel in the presence of nonlinear thermal radiation, slip effects and entropy generation. This corrigendum correct the flow geometry, figures captions and plots "Transport of hybrid type nanomaterials in Peristaltic Activity of viscous fluid considering nonlinear radiation, entropy optimization and slip effects" [Computer Methods and Programs in Biomedicine 184 (2020) 105,086] where these mistake are occurred during production process and therefore, some captions are shuffled. The difference in the captions and plots however does not affect the authenticity and mathematical validity of the problem in purpose of this published research article is to investigate the Peristaltic transport in flow of hybrid nanofluid between rotating channel subject to nonlinear thermal radiation, slip effects and entropy generation. However, the flow geometry and the captions and plots should be arranged.
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transport of hybrid type nanomaterials in Peristaltic Activity of viscous fluid considering nonlinear radiation entropy optimization and slip effects
Computer Methods and Programs in Biomedicine, 2020Co-Authors: S Farooq, Tasawar Hayat, Ijaz M Khan, M Waqas, A AlsaediAbstract:Abstract Background In last few decades, a new class of working materials which comprises from two solid materials dispersed in a continuous phase liquid was established and deeply scrutinized. These materials are called hybrid nanomaterials. This research article aims to investigate entropy optimization in hybrid nanomaterial flow through a rotating Peristaltic channel walls. Flow behavior is analyzed between the channels which is caused by propagation of sinusoidal waves. Viscosity of fluid is considered variable instead of constant characteristics. Fluid saturates through porous attributes of channel walls. Nonliear radiative flux and convective condition are considered. Slip conditions are imposed at the boundary of walls. Methods Built-in-Shooting technique is employed to obtain the numerical outcomes for the considered flow problem. Results Impacts of sundry variables on the entropy, temperature and velocity are scrutinized through different graphs. Numerical result presents that the axial velocity escalates with the inclusion of hybrid nanomaterial. The temperature of fluid enhances through higher estimations of hybrid nanoparticles. Conclusions Here the flow behavior is discussed between the channels which are caused by propagation of sinusoidal waves with speed c. Entropy generation rate is minimum for variable viscosity and maximum for hybrid nanoparticles. Hybrid nanoparticles increase the temperature of fluid. Bejan number presents the similar impact for variable viscosity and thermal slip parameters. Temperature field decays through higher values of Brinkman number.
A Alsaedi - One of the best experts on this subject based on the ideXlab platform.
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Peristaltic radiative flow of sisko nanomaterial with entropy generation and modified darcy s law
Journal of Thermal Analysis and Calorimetry, 2020Co-Authors: Tasawar Hayat, Bilal Ahmed, F M Abbasi, A AlsaediAbstract:Nanomaterials are quite significant in the physiological and engineering processes. Such materials have motivated the recent scientists in view of their enhanced thermophysical characteristics than conventional liquids. With this in mind, the intention here is to address the Peristaltic Activity of Sisko nano-liquid subject to Hall and Ohmic heating effects. Fluid-saturated porous space is modeled using the modified Darcy’s law. Thermal radiation is also accounted. In addition, the analysis carried out is subject to thermal jump, velocity slip and zero mass flux condition. Numerical solution to the resulting nonlinear problem through the lubrication approach is developed. Solution analysis is made by pointing out the impacts of sundry variables. The temperature profile increases by increasing the Hartman number due to the Joule heating effect. However, temperature decreases by increasing the Hall parameter.
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corrigendum to transport of hybrid type nanomaterials in Peristaltic Activity of viscous fluid considering nonlinear radiation entropy optimization and slip effects computer methods and programs in biomedicine 184 2020 105 086
Computer Methods and Programs in Biomedicine, 2020Co-Authors: S Farooq, Tasawar Hayat, Ijaz M Khan, M Waqas, A AlsaediAbstract:In this published paper, a mathematical modeling has been conducted for the Peristaltic transport in flow of hybrid nanofluid between rotating channel in the presence of nonlinear thermal radiation, slip effects and entropy generation. This corrigendum correct the flow geometry, figures captions and plots "Transport of hybrid type nanomaterials in Peristaltic Activity of viscous fluid considering nonlinear radiation, entropy optimization and slip effects" [Computer Methods and Programs in Biomedicine 184 (2020) 105,086] where these mistake are occurred during production process and therefore, some captions are shuffled. The difference in the captions and plots however does not affect the authenticity and mathematical validity of the problem in purpose of this published research article is to investigate the Peristaltic transport in flow of hybrid nanofluid between rotating channel subject to nonlinear thermal radiation, slip effects and entropy generation. However, the flow geometry and the captions and plots should be arranged.
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transport of hybrid type nanomaterials in Peristaltic Activity of viscous fluid considering nonlinear radiation entropy optimization and slip effects
Computer Methods and Programs in Biomedicine, 2020Co-Authors: S Farooq, Tasawar Hayat, Ijaz M Khan, M Waqas, A AlsaediAbstract:Abstract Background In last few decades, a new class of working materials which comprises from two solid materials dispersed in a continuous phase liquid was established and deeply scrutinized. These materials are called hybrid nanomaterials. This research article aims to investigate entropy optimization in hybrid nanomaterial flow through a rotating Peristaltic channel walls. Flow behavior is analyzed between the channels which is caused by propagation of sinusoidal waves. Viscosity of fluid is considered variable instead of constant characteristics. Fluid saturates through porous attributes of channel walls. Nonliear radiative flux and convective condition are considered. Slip conditions are imposed at the boundary of walls. Methods Built-in-Shooting technique is employed to obtain the numerical outcomes for the considered flow problem. Results Impacts of sundry variables on the entropy, temperature and velocity are scrutinized through different graphs. Numerical result presents that the axial velocity escalates with the inclusion of hybrid nanomaterial. The temperature of fluid enhances through higher estimations of hybrid nanoparticles. Conclusions Here the flow behavior is discussed between the channels which are caused by propagation of sinusoidal waves with speed c. Entropy generation rate is minimum for variable viscosity and maximum for hybrid nanoparticles. Hybrid nanoparticles increase the temperature of fluid. Bejan number presents the similar impact for variable viscosity and thermal slip parameters. Temperature field decays through higher values of Brinkman number.
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numerical investigation for endoscopic and soret dufour effects on mhd Peristaltic Activity of carreau fluid
International Journal of Numerical Methods for Heat & Fluid Flow, 2018Co-Authors: Tasawar Hayat, Hina Zahir, Javaria Akram, A AlsaediAbstract:Purpose The purpose of this paper is to emphasize on the impact of endoscope in MHD Peristaltic flow of Carreau fluid. Heat and mass transfer phenomena are comprised of Soret and Dufour effects. Influences of mixed convection and viscous dissipation are also accounted. Wall properties and convective boundary conditions are used. Design/methodology/approach The Navier–Stokes and energy equations used the lubrication approach. The reduced system of equations is executed numerically. The graphical illustration of velocity, temperature, concentration and heat transfer coefficient for various emerging parameters is discussed. Findings The response of Weissenberg number and power law index is decaying toward velocity and temperature. Moreover impression of Soret and Dufour number on temperature is quite reverse to that of concentration. Originality/value The titled problem with the various considered effects has not been solved before, and it is of special importance in various industries. The problem is original.
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heat transfer analysis on Peristaltic transport of ree eyring fluid in rotating frame
Chinese Journal of Physics, 2017Co-Authors: Tasawar Hayat, A Alsaedi, Hina Zahir, Bashir AhmadAbstract:Abstract This paper introduces the Peristaltic Activity of Ree-Eyring fluid in a rotating frame. Heat transfer analysis with viscous dissipation and heat source/sink is taken into account. Convective conditions of heat transfer in the formulation are adopted. Closed form solutions for axial and secondary velocities, pressure rise per wavelength, flow rate due to secondary flow and temperature are obtained by considering small Reynolds number and long wavelength. The variations for different physical parameters are shown through graphical illustrations. This study reveals that influence of rotation parameter causes significant fluctuations in axial and secondary velocities. It is important to note that pressure rise reduces for larger rotation parameter. Variation in secondary velocity for fluid and rotation parameters is quite opposite. An increase in fluid and rotation parameters shows opposite behavior in the size of trapped bolus. It is also found that presence of non-uniform heat source in energy equation causes enhancement in rate of heat transfer coefficient. Comparison is made with results obtained in presence and absence of rotation.
Ahmed Alsaedi - One of the best experts on this subject based on the ideXlab platform.
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on electroosmosis in Peristaltic Activity of mhd non newtonian fluid
alexandria engineering journal, 2021Co-Authors: Anum Tanveer, Sidra Mahmood, Tasawar Hayat, Ahmed AlsaediAbstract:Abstract Electroosmosis in peristalsis of non-Newtonian fluid in a microchannel is considered. Magnetohydrodynamics (MHD), thermal radiation and mixed convection are adopted. Momentum, mass and temperature equations for third grade fluid are derived for long wavelength and small Reynolds number. Formulation is further completed by considering the velocity, temperature and concentration slip conditions. An internal energy generation is also taken into account. The physical parameters involved in flow characteristics are graphically analyzed. This work finds its utility in micro-fabrication technique, reservoir engineering and chemical industry where the electro-osmotic energy and mass exchanges play a vital role.
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Entropy optimization for peristalsis of Rabinowitsch nanomaterial
Applied Nanoscience, 2020Co-Authors: Tasawar Hayat, Ahmed Alsaedi, Sadaf Nawaz, Habib M. FardounAbstract:This work models new formulation for Peristaltic Activity of Rabinowitsch material in a compliant walls channel. Energy equation is accounted in the presence of viscous dissipation and heat source/sink. Chemical reaction is included in concentration expression. Nanomaterial characteristics are due to Brownian motion and thermophoresis. Slip condition is utilized for velocity, temperature and concentration. Exact solution is obtained for velocity. Further NDSolve is utilized for the graphical analysis of temperature, concentration, entropy and heat transfer coefficient at the wall. Results are also analyzed for viscous, shear thickening and shear thinning fluids. This study reveals the results that the shear thinning fluids move with greater velocity than the viscous and shear thickening fluids. Similarly, temperature and entropy generation also has higher values for shear thinning case when compared with others. Further heat source parameter enhances the temperature, whereas sink parameter leads to decay. Slip parameter for velocity and temperature caused an increase in the respective velocity and temperature. Moreover, chemical reaction parameter leads to enhancement in temperature and entropy generation in case of viscous, shear thickening and shear thinning fluids. However, shear thinning fluids are found prominent.
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analysis of entropy generation in peristalsis of williamson fluid in curved channel under radial magnetic field
Computer Methods and Programs in Biomedicine, 2019Co-Authors: Sadaf Nawaz, Tasawar Hayat, Ahmed AlsaediAbstract:Abstract The objective of present study is to analyze the Peristaltic Activity of Williamson fluid in curved configuration. Flow formulation is made by employing radial magnetic field and Soret and Dufour effects. Slip conditions for velocity, temperature and concentration are applied. Entropy analysis is also carried out. Modeling is given using lubrication approach. Stream function, velocity, temperature and concentration solutions have been derived. Effects of different parameters are analyzed on flow quantities of interest. Moreover streamlines are examined for different embedded parameters. Result reveals that Lorentz force tends to slow down the fluid velocity. The slip parameters for velocity and temperature lead to enhancement in corresponding profile whereas opposite behavior is noticed for concentration. Soret and Dufour effects lead to increase the temperature as well as entropy of the system. Complaint nature walls increase the fluid velocity for elastance parameters whereas damping nature reduces the fluid velocity.
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Peristaltic Activity of blood titanium nanofluid subject to endoscope and entropy generation
Journal of The Brazilian Society of Mechanical Sciences and Engineering, 2018Co-Authors: Tasawar Hayat, Ahmed Alsaedi, Sadaf Nawaz, Bashir AhmadAbstract:Entropy generation and endoscopic effects on peristalsis of nanofluid are addressed. Inner tube is taken rigid, while sinusoidal wave travels along the outer tube. Blood is used as the base fluid, whereas titanium is considered as nanoparticle. Maxwell model of effective thermal conductivity is utilized. Velocity and thermal slip conditions are imposed at outer tube. Moreover, the walls of tubes are complaint in nature. Viscous dissipation is also utilized. Long wavelength and small Reynolds number consideration is employed. Series solutions are obtained for small Grashof number. Analysis is carried out for physical parameters on velocity, temperature, entropy generation and Bejan number. Heat transfer rate at wall is also analyzed via bar charts for different pertinent parameters. Results reveal that an enhancement in nanomaterial volume fraction causes decay in temperature and velocity, whereas it leads to increase the heat transfer rate at the wall. Grashof number causes an enhancement in velocity and temperature. The study also declared that elastance coefficients of walls lead to enhancement, whereas damping coefficient results in decay of velocity, temperature and entropy generation.
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endoscopy and homogeneous heterogeneous reactions in mhd radiative Peristaltic Activity of ree eyring fluid
Results in physics, 2018Co-Authors: Tasawar Hayat, Ahmed Alsaedi, Javaria Akram, Hina ZahirAbstract:Abstract Endoscopic and homogeneous-heterogeneous reactions in MHD peristalsis of Ree-Eyring fluid are addressed. Mathematical modeling and analysis have been performed by utilizing cylindrical coordinates. Nonlinear thermal radiation is present. Impact of slip boundary conditions on temperature and velocity on outer tube are taken into consideration. Lubrication approach is employed. The nonlinear system is executed numerically for solutions of velocity, temperature and concentration. Graphical results are obtained to predict physical interpretation of various embedded parameters. It is noted that homogeneous and heterogeneous reactions affect the concentration alternatively. Moreover Brinkman number rises the temperature and heat transfer coefficient whereas thermal slip drops temperature and heat transfer rate.
Jaques Belik - One of the best experts on this subject based on the ideXlab platform.
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Bronchial Muscle Peristaltic Activity in the Fetal Rat
Pediatric Research, 2006Co-Authors: Omar Parvez, Anne-marie Voss, Mascha De Kok, Matthias Roth-kleiner, Jaques BelikAbstract:Aside for the potential for tonic contraction, the airway smooth muscle exhibits intermittent phasic rhythmic Activity that may contribute to lung growth during fetal life. Therefore, we examined 4th generation rat 18–22 d gestation fetal, 4–6 d of age newborn and adult bronchial ring from Sprague Dawley rats to compare differences in smooth muscle function. We hypothesized that phasic contractions were greatest before birth. Bronchial muscle spontaneous rhythmic contractions were greatest in the fetus and absent in the adult. In response to KCl stimulation, the fetal bronchial smooth muscle only developed tonic force that was 3.5 ± 0.6 and lower than measured in the newborn 9.0 ± 0.3 and adult 13.7 ± 1.4mN/mm^2. The thromboxane A_2 analogue U46619 induced tonic and phasic muscle contractions and the amplitude and frequency of the phasic contractions were greater in the fetus as compared with the adult and increased with gestational age. The U46619-induced rhythmic contractions were abrogated by ryanodine, thapsigargin and reduction of extracellular Na^+, suggesting intracellular Ca^2+ dependence and involvement of the Na^+/Ca^2+ exchanger. The inward rectifier K^+ blocker BaCl_2 induced phasic contractions in unstimulated fetal, but not adult bronchial muscle of the same amplitude and frequency as for the spontaneous and U46619-induced ones. We conclude that the airway smooth muscle phasic Activity is greatest in the fetus and tends to disappear post-natally with age suggesting an in utero role during lung development.
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articles bronchial muscle Peristaltic Activity in the fetal rat
2006Co-Authors: Omar Parvez, Anne-marie Voss, Mascha De Kok, Matthias Rothkleiner, Jaques BelikAbstract:Aside for the potential for tonic contraction, the airway smooth muscle exhibits intermittent phasic rhythmic Activity that may contribute to lung growth during fetal life. Therefore, we examined 4th generation rat 18 -22 d gestation fetal, 4 - 6 d of age newborn and adult bronchial ring from Sprague Dawley rats to compare differences in smooth muscle function. We hypothesized that phasic contractions were greatest before birth. Bronchial muscle spontaneous rhythmic contractions were greatest in the fetus and absent in the adult. In response to KCl stimulation, the fetal bronchial smooth muscle only developed tonic force that was 3.5 0.6 and lower than measured in the newborn 9.0 0.3 and adult 13.7 1.4mN/mm 2 . The thromboxane A2 analogue U46619 induced tonic and phasic muscle contractions and the amplitude and frequency of the phasic contractions were greater in the fetus as compared with the adult and increased with gestational age. The U46619-induced rhyth- mic contractions were abrogated by ryanodine, thapsigargin and reduction of extracellular Na, suggesting intracellular Ca 2 depen- dence and involvement of the Na/Ca 2 exchanger. The inward rectifier K blocker BaCl2 induced phasic contractions in unstimu- lated fetal, but not adult bronchial muscle of the same amplitude and frequency as for the spontaneous and U46619-induced ones. We conclude that the airway smooth muscle phasic Activity is greatest in the fetus and tends to disappear post-natally with age suggesting an in utero role during lung development. (Pediatr Res 59: 756-761, 2006)
Anum Tanveer - One of the best experts on this subject based on the ideXlab platform.
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on electroosmosis in Peristaltic Activity of mhd non newtonian fluid
alexandria engineering journal, 2021Co-Authors: Anum Tanveer, Sidra Mahmood, Tasawar Hayat, Ahmed AlsaediAbstract:Abstract Electroosmosis in peristalsis of non-Newtonian fluid in a microchannel is considered. Magnetohydrodynamics (MHD), thermal radiation and mixed convection are adopted. Momentum, mass and temperature equations for third grade fluid are derived for long wavelength and small Reynolds number. Formulation is further completed by considering the velocity, temperature and concentration slip conditions. An internal energy generation is also taken into account. The physical parameters involved in flow characteristics are graphically analyzed. This work finds its utility in micro-fabrication technique, reservoir engineering and chemical industry where the electro-osmotic energy and mass exchanges play a vital role.
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theoretical investigation of Peristaltic Activity in mhd based blood flow of non newtonian material
Computer Methods and Programs in Biomedicine, 2020Co-Authors: Anum Tanveer, Mair Khan, T Salahuddin, M Y Malik, Farzana KhanAbstract:Abstract Objective:The flow kinetics generated with a pulsatile wave that travel along the channel has prime relevance in various processes in physiology and industry. The aim here is to investigate such phenomenon with Bingham fluid with chemically reacting species in terms of their homogeneous and heterogeneous characteristics. Method: To formulate the mathematical descriptions Bingham fluid with heat and mass equations is accounted. Using the similarity solutions, the proposed leading partial differential equations of the flow phenomena transferred into the nonlinear ordinary differential equations and boundary conditions are solved analytically. Such considerations perceive prime importance in medicine and genetics where heterogeneity in a cell makes several diseases difficult to execute. Results: Further the physical aspect of human tabular organs i.e., porosity in a medium is retained in the analysis. The utility of magnetic field in reference to medicine is employed. The walls are considered flexible. The whole problem is set to lubrication approach for simplification of resulting system. The attained results are tested on physical grounds by plotting graphs. Conclusion: It is analyzed that the Hartman number and porosity parameter reduce the velocity and temperature profiles. The elastic wall parameters E1 and E2 enhances both the velocity and temperature fields while E3 enrolls an adverse effect.
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numerical analysis for peristalsis of williamson nanofluid in presence of an endoscope
International Journal of Heat and Mass Transfer, 2017Co-Authors: Anum Tanveer, Tasawar Hayat, Aqsa Saleem, Fuad E AlsaadiAbstract:Abstract Main theme of present article is to investigate the Peristaltic Activity of MHD flow of Williamson nanofluid saturating porous space. Inner tube is fixed while the outer tube is subjected to sinusoidal traveling wave. Unlike the traditional approach, modified Darcy’s law characterizes the flow of Williamson fluid. Both tubes with reference to blood arterial flow are considered flexible. No-slip condition for velocity is employed. Convective conditions of heat and mass transfer are invoked. Nanofluid flow using Buongiorno model that considers the effects of both Brownian motion parameter and thermophoresis parameter are also under consideration. The nonlinear differential systems are reduced for large wavelength analysis. Numerical study is performed for the resulting problems. Impacts of various emerging parameters for velocity, temperature, nanoparticle volume fraction and heat transfer rate are examined. A comparative study reveals good agreement with existing limiting study.
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radial magnetic field and convective condition aspects for the peristalsis in a curved channel with compliant properties
European Physical Journal Plus, 2017Co-Authors: Anum Tanveer, Tasawar Hayat, Hina Zahir, A AlsaediAbstract:Here the Peristaltic Activity is observed for the transport of a Prandtl fluid in a curved flow configuration with wall properties. A radially applied magnetic field is utilized for the magnetohydrodynamic (MHD) aspect. The heat transfer subject to convective constraints at the channel walls is analyzed. Influences of thermal radiation and Joule heating are retained. The problems corresponding to large wavelength and small Reynolds number are numerically solved. Results for velocity, temperature and heat transfer coefficient are particularly emphasized. Main findings are concluded. A comparison of the present results with those already available in the limiting sense is shown and discussed.
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numerical simulation for Peristaltic Activity of sutterby fluid with modified darcy s law
Results in physics, 2017Co-Authors: Anum Tanveer, Tasawar Hayat, A Alsaedi, Sadia Ayub, Bashir AhmadAbstract:Abstract The current work examines the Peristaltic flow of Sutterby fluid in a planar symmetric channel. Electrically conducting fluid is considered via imposed magnetic field. An incompressible Sutterby fluid saturates the porous medium. Modified Darcy’s law has been employed for the porous medium effect. The channel walls are compliant. Convective conditions of heat and mass transfer are imposed. Viscous dissipation and Joule heating are retained. Problem for large wavelength are numerically solved. The graphs are obtained for the velocity, temperature, concentration and heat transfer rate. Velocity and concentration profiles are observed to have opposite behavior for increasing Darcy number. It is found that the effect of Hartman number on the velocity and temperature profiles is similar. Further heat transfer coefficient strengthened when heat transfer Biot number is increased.