Advancements in Mathematical Theories of Complex Fluids and Differential Equations
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Organizer(s): |
Name:
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Affiliation:
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Country:
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Asim Aziz
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National University of Sciences and Technology
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Pakistan
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Noreen Sher Akbar
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National University of Sciences and Technology
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Pakistan
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Tayyab Hussain
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National University of Sciences and Technology
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Pakistan
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Introduction:
| | Complex fluids encompass a wide range of materials, including colloidal suspensions, polymers, biological fluids, and more, all of which exhibit intricate flow behaviors. This conference session will showcase innovative research and mathematical approaches that shed light on the underlying mechanisms governing equations, dynamics, solution methodologies and properties of these complex fluids. This special session aims to present and discuss original work that advances on all scientific fronts including experiments, modeling, analysis, and simulation of heat transfer fluids or extend the bounds of existing methodologies to new contributions related to the thermal energy systems and present technological advances in soft materials such as soft sensors, soft electronics, and soft robotics have cutting-edge research. Foster interdisciplinary discussions among mathematicians, physicists, engineers, and researchers working in fields where complex fluids play a crucial role.
Special Topics
The following potential topics are deemed suitable for the mini-symposium but are not limited to
• Newtonian and non-Newtonian Nanofluids
• Convective heat and mass transfer
• Steady and unsteady flow problems
• Flow through porous media
• Mixture theory
• Efficiency enhancements in thermal solar systems
• The symmetry method
• Rigid and deformable porous materials |
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