Complex Fluids and Polymers Assignment.
The areas under the scope of complex fluids are rather vast including interfacial science, polymer rheology as well as transport in complex fluids. Extensive research carried out in such
areas is repeatedly applied in various fields of study including microfluidics, energy applications,
living systems’ transport processes, and others. Overall, complex fluids are ever-present in modern life. Complex Fluids and Polymers Assignment.
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This article seeks to describe and illustrate the role of chemical engineers in the field of
complex fluids including polymers. In accomplishing this, fields under this area will be explored.
Some of the challenges encountered by chemical engineers in this field include understanding
the structure and transport behaviors of complex fluids including multi-phase mixtures such as
colloids, slurries, and surfactants (Hodel, 2003). In addition, polymer films developed by chemical engineers are used for various purposes including energy conversion, membranes and
medical devices and new polymers for supple solar cells (Felderhof, 2011). Complex Fluids and Polymers Assignment.
An interdisciplinary approach is vital to the study of complex fluids because of the
various areas under this topic. Past research has pointed out that the role of chemical engineers
revolves around applying the different principles to design new materials and or processes based
on the manipulation of supramolecular self-assembly in addition to colloidal forces (Deshpande
et al, 2010). Complex Fluids and Polymers Assignment.
Expected outcome will include exploring chemical engineer’s role in the area of complex
fluids, understanding such fields as rheology and structure of complex fluids, and application or
significance of researching the area in general. In sum, the paper will explore and present a clear
picture of complex fluids in modern world. The need for chemical engineers in this area has
never been high and students venturing into this field will certainly help in improving research. Complex Fluids and Polymers Assignment.
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References
Deshpande, A, Krishnan, J.M, Kumar, S. (2010). Rheology of complex fluids. New York, USA:
Springer. Complex Fluids and Polymers Assignment.
Felderhof, B. U. (2011). Estimating the viscoelastic moduli of complex fluids from observation
of Brownian motion of a particle confined to a harmonic trap. Journal Of Chemical
Physics, 134(20), 204910. doi:10.1063/1.3596271
Hodel, A. E. (2003). Complex fluids engineering. Retrieved from
http://www.chemicalprocessing.com/articles/2003/114/. Complex Fluids and Polymers Assignment.