Tag: computational modeling

A computationally optimized graphene-oxide optical sensor modeled resonance shifts associated with mercury, lead and zinc, but the device has not ...

A nonlinear spring-based hip capsule model calibrated from cadaveric torque–rotation data in under an hour per specimen shows that coordinated ...

A new study shows that personalized foot-ground contact models significantly improve the accuracy of predictive walking simulations compared to generic ...

A computational model and virtual-reality experiments indicate that micro glassfish form schools by copying randomly chosen nearby neighbors at precisely ...

A new multi-level computational framework uses Brinkman continuum equations to efficiently model fluid and solid stresses in the porous, trabeculated ...

A computational NK-landscape study shows how variable interdependencies, early positions and changing local options can shape organizational adaptation under turbulence.

UVA assistant professor Camille Bilodeau was named to AIChE’s 2026 35 Under 35 class for developing computational tools that combine ...

A five-year, up-to-$29.6 million research consortium will develop living cardiac tissues for infants and young children with congenital heart disease ...

A new fully coupled fluid-structure interaction simulation reveals how non-Newtonian blood rheology, arterial wall deformation, heat transfer, and magnetic resistance ...

A new multiphysics model of skeletal muscle photobiomodulation shows that the modeled ATP-related response plateaus and then declines with increasing ...