Review Maps Solid Solution Formability in Multi-Principal Element Alloys
A review in the Journal of Materials Science summarizes thermodynamic, geometric, and electronic parameters for evaluating solid solution formability in ...
Tag: computational modeling
Preprint Proposes Inverse-Gamma Model to Improve Aerosol Size Distribution Analysis
Researchers have introduced AeroMiG, an Inverse-Gamma modeling framework that improves the accuracy and speed of representing complex aerosol particle number ...
From Jawbones to Lung Bullae: Biomechanics Studies Map How Tissues Respond to Force
A new editorial highlights six biomechanics studies presented at the Italian chapter of the European Society of Biomechanics, spanning dental ...
Four Simulation Tools Put Astrocyte Calcium Signaling to the Test
A systematic comparison shows four neuroscience simulation tools produce consistent calcium reaction–diffusion results, while astrocyte branchlet geometry strongly shapes signaling.
New Algorithm Slashes Simulation Costs for Bayesian Inverse Problems
Researchers have developed an importance-sampling-based black box variational inference algorithm that reuses earlier simulation evaluations to cut the computational cost ...
NIH’s SPARC Program Ends After a Decade of Mapping Nerves and Building Open Bioelectronic Tools
A new review details how the NIH SPARC initiative spent a decade building autonomic nerve maps, open-source neuromodulation devices, and ...
Methylated Sulfur and Diamagnetic Metals Modeled as Drivers of Proto-Cell Assembly
A computational study proposes that methylated sulfur rings within magnesium and silver matrices could template proto-cell membranes and division, though ...
Blood-Flow Simulations Before Surgery May Flag Risk of Stent-Graft Leaks
A proof-of-concept study used patient-specific fluid–structure interaction simulations of pre-operative blood flow to compute a risk factor that identified all ...
Adolescents Learn to Read Hidden Motives Behind Other People’s Choices
A preregistered study of 127 adolescents aged 10 to 20 shows that young people infer latent motives such as greed ...
Simulation supports graphene-oxide SPR sensor for metal-ion water conditions
A computationally optimized graphene-oxide optical sensor modeled resonance shifts associated with mercury, lead and zinc, but the device has not ...
Rapidly Calibratable Hip Capsule Model Quantifies Capsular Restraint After Hip Replacement
A nonlinear spring-based hip capsule model calibrated from cadaveric torque–rotation data in under an hour per specimen shows that coordinated ...
Personalized Foot Models Improve Walking Simulation Accuracy
A new study shows that personalized foot-ground contact models significantly improve the accuracy of predictive walking simulations compared to generic ...
Computational framework maps fluid and solid stresses in the embryonic heart
A new multi-level computational framework uses Brinkman continuum equations to efficiently model fluid and solid stresses in the porous, trabeculated ...
UVA’s Camille Bilodeau Named to AIChE 2026 35 Under 35
UVA assistant professor Camille Bilodeau was named to AIChE’s 2026 35 Under 35 class for developing computational tools that combine ...
Five-Year Consortium Plans Bioengineered Hearts for Children
A five-year, up-to-$29.6 million research consortium will develop living cardiac tissues for infants and young children with congenital heart disease ...
Scientists Simulate Blood Flow Through Clogged Arteries With Magnetic Control
A new fully coupled fluid-structure interaction simulation reveals how non-Newtonian blood rheology, arterial wall deformation, heat transfer, and magnetic resistance ...
New Model Reveals Why More Laser Power Does Not Mean More Muscle Energy
A new multiphysics model of skeletal muscle photobiomodulation shows that the modeled ATP-related response plateaus and then declines with increasing ...
New Toolkit Puts Simulated Neural Circuits to the Test
The central premise behind the Computation-through-Dynamics Toolkit rests on a conceptual shift that has been gaining momentum in systems neuroscience ...
Ecology’s Energy Language Rewrites How Immune Memory Is Modeled
Researchers adapted a thermodynamics-based modeling language from ecology to reproduce the full life cycle of the adaptive immune response across ...
Why Deep Knee Meniscus Tears Starve: Glucose Diffusion Emerges as a Hidden Design Constraint for Repair Scaffolds
A new reaction-diffusion model shows that glucose diffusion is too slow to reach deep white-zone meniscus tears under native conditions, ...
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