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Heat transfer and Fluid mechanics with applications in energy conservation, storage, and management, health and bioengineering (modeling and simulation of biomechanical systems), and electronic cooling. My research investigations include, but are not limited to, methods involving particulate flow, phase change materials and porous media.
The Publications section lists any and all publications worked on. Research Explorer's search engine indexes data in this field for keyword searches. The category field is a user defined field where any number of categories can be created by the user to categorize publications. For example, publications can be categorized by the Journal that they appear in. Please click here for available slides.
L. Small and F. Hassanipour “Bio-Inspired Segmented Flow: Effect of Particle Elongation on the Heat Transfer”, ASME Journal of Heat Transfer, Volume(135) Issue(7), pp 071001-071007, 2013.
F. Hassanipour, I. Perez-Raya, N. Mortazavi, “Simulation of Vortex Ring Permeation in Porous Media,'' Journal of Porous Media, Volume (16) Issue (7), pp 597-605, 2013.
K. Fathian , F. Hassanipour, and N. Gans “ Virtual Thermal Sensing and Control of Heat Distribution using State Estimation,'' ASME 2012 International Mechanical Engineering Congress and Exposition, November 2012, Houston, TX.
N. Mortazavi and F. Hassanipour “Flow and Heat Transfer in Triangular Permeable Duct with Iso-flux Boundary Conditions: Effect of Porosity, Permeability and Apex Angle”, submitted to the Journal of Heat Transfer.
L. Small and F. Hassanipour “Bio-Inspired Segmented Flow: Effect of Particle Elongation on the Heat Transfer”, accepted for publication in ASME Journal of Heat Transfer, 2012.
Taking a cue from the lungs of mammals, Dr. Fatemeh Hassanipour is exploring a new cooling concept that could have applications in airplanes, data centers and elsewhere.
Her novel concept is inspired by the gas exchange process in pulmonary capillaries, where red blood cells flow with blood plasma, yielding very high gas transfer efficiency. In her approach, special encapsulated particles flowing in water transfer the heat out of a system.
Her innovative work is just one of the reasons she’s been named Young Engineer of the Year by the North Texas section of the American Society of Mechanical Engineers.
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