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Comparative Thermal Performance in SiO_(2)–H_(2)O and (MoS_(2)–SiO_(2))–H_(2)O Over a Curved Stretching Semi-Infinite Region: A Numerical Investigation

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Computers, Materials & Continua 2021年第1期66卷 947-960页

作者： Basharat Ullah Umar Khan Hafiz Abdul Wahab Ilyas Khan Dumitru Baleanu Kottakkaran Sooppy Nisar Department of Mathematics and Statistics Hazara UniversityMansehra21120Pakistan Faculty of Mathematics and Statistics Ton Duc Thang UniversityHo Chi Minh City72915Vietnam Department of Mathematics Cankaya UniversityAnkaraTurkey Institute of Space Sciences Magurele077125Romania Department of Medical Research China Medical University HospitalChina Medical UniversityTaichungTaiwan Department of Mathematics College of Arts and SciencesWadi Aldawaser11991Prince Sattam Bin Abdulaziz UniversityAl KharjSaudi Arabia

The investigation of Thermal performance in nanofluids and hybrid nanofluids over a curved stretching infinite region strengthens its roots in engineering and ***,the comparative thermal analysis in SiO_(2)–H_(2)O and(MoS_(2)–SiO_(2))–H_(2)O is conducted over curved stretching *** model is reduced in the dimensional version via similarity transformation and then treated *** velocity and thermal behavior for both the fluids is decorated against the preeminent *** the analysis,it is examined that the motion of under consideration fluids declines against Fr and.The thermal performance enhances for higher volumetric fraction and.Further,it is noticed that thermal performance prevailed in(MoS_(2)–SiO_(2))–H_(2)O throughout the ***,(MoS_(2)–SiO_(2))–H_(2)O is better for industrial and engineering uses where high heat transfer is required to accomplished different processes of production.

关键词： Thermal performance curved surface SiO_(2)–H_(2)O and(MoS_(2)–SiO_(2))–H_(2)O shear stresses Nusselt number numerical scheme

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Evaluation of Red Blood Cell Contribution to Platelet Activation in the Bulk Applying Red Blood Cell—Platelet Thrombus as a Point Source Model

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Advances in Bioscience and Biotechnology 2022年第2期13卷 92-111页

作者： Taha M. Alkhamis Bahieh M. Alma’atah Department of Chemical Engineering Mutah University Mutah Jordan

In this study, a point source mathematical model is proposed to describe the diffusion of adenosine di-phosphate (ADP) from either damaged red blood cell (RBC) or activated platelet. The convective diffusion equation is reduced to describe the suggested problem. The final differential equation is solved using Laplace transforms and ADP concentration profiles around the source are obtained. Thrombi of 5 to 20 μm3 containing platelets and a range of red blood cells (RBCs) (0%, 25%, 50%, 75%, 100%) concentrations are used to apply the model. Reported ADP concentrations in the literature are used and its dynamic release from the point source is calculated. Results suggest that RBC chemical contribution to platelet aggregation in the bulk is much less than that of platelet (almost) negligible. However, the physical effect of RBCs is dominant in the bulk through augmentation of released ADP and platelets diffusivities. Moreover, the chemical contribution reported in previous studies is suggested to be as a result of interaction of RBC with the surface under the influence of shear stresses in the boundary region.

关键词： Platelet Red Blood Cell Aggregation Adhesion Diffusion ADP Point Source Chemical Contribution Physical Contribution shear stresses Hemolysis

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