Cornell Simulates Phase-Dependent Transport Processes in Puffed Rice
Tushar Gulati, Ashim Datta, Cornell University, USA
The production of puffed rice, like many other types of food, is incredibly complicated and involves multiple interconnected types of physics: mass transport, phase transitions, and plastic deformation. Professor Ashim Datta of Cornell University is leading a team to simulate the puffing of rice, treating it as a transport process in porous media with phase-dependent properties. Using a structural–thermal–CFD–RF coupling modeled in COMSOL Multiphysics®, they were able to construct a framework for determining optimal conditions for a variety of puffing processes.
The research team further extended their simulation practices to study food safety by building simulation applications based on their models. The apps are used as a teaching tool that enables multidisciplinary learning where students can simulate many what-if scenarios realistically.
Suggested Stories
Optimizing the Performance of Complex Building Façades
Engineers at Newtecnic specialize in complex building design, working with bold and fluid architectural shapes. To ...
Better Ways to Heat and Cool Buildings
Adsorptive climate control systems can reduce the power required to heat and cool buildings by running primarily on ...
Keynote: Leveraging Acoustics Simulation for Better Alexa® Devices
Watch this keynote talk to see how Amazon Lab126 uses the COMSOL Multiphysics® software to simulate and ...
Developing a New Microreactor for Organic Synthesis Using Microwave Heating
The chemical reactions used to generate solvents and certain pharmaceuticals rely on organic synthesis, a process of ...
