Modeling

A new mathematical model quickly and reliably predicts the origin of disruptive electromagnetic interference emanating from complex electronic circuits.

Factoring in the conservation of mass makes simulations of two-phase flows more stable and accurate.

A new method of modeling drug-target interactions fixes
a detrimental bias of past techniques

A model that predicts the radiation pattern from patch antennas in real installations could take the guesswork out of communication device development

A more accurate method of modeling heat generation and transfer in electromagnetic machines could lead to more efficient electric motors

An intelligent system that predicts when alarms might be triggered could greatly improve the management of industrial plants

A new computer model of city dynamics could pave the way to planning sustainable urban areas

A computer model provides important clues for the production of tightly packed electronic components

A novel optical-fiber design could reduce inefficiency and enable faster transmission of data-carrying light pulses

A computational study of human hair provides insights into the structure of its poorly understood outer surface

Simulations of atomic-scale processes show how to trap and pack molecules in patterned graphene sheets that may have molecular storage applications

Faster computational methods could simulate the power and signal integrity of next-generation electronic systems