Mathematical Modelling and Analytical Simulation of Nanofluid Problem
In the modern world, depleting energy sources and their fluctuating prices pose a critical issue especially in underdeveloped nations like Pakistan. There is urgent need to explore alternative energy source. While the continuous research in Nano-technology brought out the idea of Nano-fluid based on the high thermal performances and exclusive feature. In literature there are two famous models namely; Buongiorno and Tiwari and Das model. The prime object of current project is to develop a modified mathematical model for nanofluid by using these two famous models. Owing to excellent thermal characteristics of nanoparticles, scientists are focusing towards the more values applications of nanofluid in various the era of engineering and sciences. Triple diffusion phenomenon with interaction of nanomaterials is important due to its applications in thermos-diffusion processes. Current research successfully developed a mathematical model for triple diffusion phenomenon associated to the Maxwell nanomaterials. The stable effects of nanofluid are addressed with bioconvection phenomenon. The whole mathematical model is constructed in terms of partial differential equations (PDE’s). A successful analytical solution is presented via analytic technique. Physical insight dynamic of problem is visualized. The predicted results convey significant impact in enhancing the energy reservoirs, diffusion applications, nuclear systems, oil industry, storage energy, space exploration etc.
Keywords: Mathematical modelling,Analytical simulation ,Nanofluid
Tools: Matlab,Mathtype
Department: Department of Mathematics
Project Team Members
| Name |
Email |
|
Shanza BiBi
|
shanza2020@namal.edu.pk |
|
Aqsa BiBi
|
aqsa2020@namal.edu.pk |
Project Poster
