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![Page 1: Department of Mathematical Sciences. Applied Mathematics –Computational Enginee Research – F. Tanner –Simulation of Food Sprays – F. Tanner –Multiphase.](https://reader035.fdocuments.in/reader035/viewer/2022081007/56649da95503460f94a96af5/html5/thumbnails/1.jpg)
Department of Mathematical
Sciences
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Applied Mathematics– Computational Enginee Research – F. Tanner– Simulation of Food Sprays – F. Tanner– Multiphase Fluid Systems – K. Feigl– Blood Flow Analysis – W. Ying
Statistical Genetics Group– Q. Sha, R. Jiang, J. Dong, S. Zhang, H. Chen
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• Motivation– Health and Environmental– Sustainability
• Main Objectives– Understand physical processes– Develop simulation tools
• Results– Strategy to minimize fuel consumption
and emissions– Multi-orifice asynchronous injection
Computational Engine Research
Mass fraction of an evaporating fuel spray
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• Motivation– Spray-drying and spray-freezing– Encapsulation of nutrients
• Main Objectives– Obtain desired drop size distributions– Maximize production
• Modeling Challenges/Research– Complex flows and materials– Phase changes
Modeling of Food Sprays
Air-assist atomization of a nutriose liquid spray
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• Examples/Applications– Emulsions, foams, polymer blends
– Foods, plastics, pharmaceuticals
• Goals– Understand process-microstructure-
rheology relationtionship
– Design processes to optimize product properties
• Research– Multidisciplinary approach
– Combine modeling, simulation and experiments
Simulation of Fluid Systems
Simulated deformation of afluid droplet
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Droplet deforming in supercriticalshear flow
Droplet deforming in supercriticalelongational flow
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• Sixteen Members– 5 faculty– 2 post-docs
– 9 PhD Students
• Supported by 4 NIH Grants
• Total funding of over $1 million
Statistical Genetics Group
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Groups Aims– Develop new tools for analysis
of genomic data– Use innovative models and
methods in human genetic studies
Key Research Areas– Functional gene mapping– Pedigree analysis– Gene interactions– Computational methodologies– Microarray analysis