Prof. Irmgard Bischofberger
Mark Hyman, Jr Career Development Associate Professor of Mechanical Engineering
Primary DLC
Department of Mechanical Engineering
MIT Room:
3-250
Areas of Interest and Expertise
Soft Condensed Matter
Fluid Dynamics
Fluid Instabilities
Pattern Formation
Flow in Porous Materials
Air Vortex Dynamics
Splashing of Drops
Jamming
Phase Separation of Colloidal Systems
Colloidal Gels
Thermosensitive Polymers
Hydrophobic Hydration
Molding Compounds
Fluid Dynamics
Fluid Instabilities
Pattern Formation
Flow in Porous Materials
Air Vortex Dynamics
Splashing of Drops
Jamming
Phase Separation of Colloidal Systems
Colloidal Gels
Thermosensitive Polymers
Hydrophobic Hydration
Molding Compounds
Research Summary
Professor Bischofberger is an experimentalist, and her research specialities are fluid dynamics and soft matter physics.
In fluid dynamics, she has focused on two sub-domains. First, she models the dynamic interaction (instabilities) of fluid flows of different viscosities -- think, for example, oil spilled on water. She also studies flows in porous media, like soil. For example, she has investigated the effect of forest fires on soil wettability, and the subsequent impact on fertility. She believes this work is relevant to oil companies, possibly to carbon capture.
In the soft materials domain, Bischofberger studies colloidal gels - yogurt, cosmetics … etc, -- with the aim of determining their (I think bulk) mechanical properties. Her contribution to this field is to look at more complex colloidal suspensions than have been modeled previously, for example including particles with multiple and/or competing degrees of attractiveness. By understanding how these materials work, she intends to develop means to design them in the future. The relevance to industry would be in food, consumer products.
In fluid dynamics, she has focused on two sub-domains. First, she models the dynamic interaction (instabilities) of fluid flows of different viscosities -- think, for example, oil spilled on water. She also studies flows in porous media, like soil. For example, she has investigated the effect of forest fires on soil wettability, and the subsequent impact on fertility. She believes this work is relevant to oil companies, possibly to carbon capture.
In the soft materials domain, Bischofberger studies colloidal gels - yogurt, cosmetics … etc, -- with the aim of determining their (I think bulk) mechanical properties. Her contribution to this field is to look at more complex colloidal suspensions than have been modeled previously, for example including particles with multiple and/or competing degrees of attractiveness. By understanding how these materials work, she intends to develop means to design them in the future. The relevance to industry would be in food, consumer products.
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Projects
April 7, 2016Department of Mechanical Engineering
Bischofberger Lab: Pattern Formation in Fluids and Soft Materials
Principal Investigator Irmgard Bischofberger
April 7, 2016Department of Mechanical EngineeringViscous Fingering Instability: Fingering Versus Stability in the Limit of Zero Interfacial Tension
Principal Investigator Irmgard Bischofberger
April 7, 2016Department of Mechanical EngineeringAirflow Dynamics: Airflows Generated by an Impacting Drop
Principal Investigator Irmgard Bischofberger
April 7, 2016Department of Mechanical EngineeringPolymer Thermodynamics in Aqueous Environments
Principal Investigator Irmgard Bischofberger
April 7, 2016Department of Mechanical EngineeringColloidal states
Principal Investigator Irmgard Bischofberger