Study Models Seismic Performance of Masonry Arch Bridge
Researchers analyzed the seismic behavior of the Kireçli Bridge to identify optimal load patterns and damping models for performance assessment.
Tag: Finite Element Modeling
Engineered Blood Vessels Shift After Surgery, Model Shows Hemodynamic Cost
A combined in vivo and computational study found tissue-engineered vascular grafts can shift up to 6.9 mm and rotate 38 ...
Biomechanical Tests for Pelvic Fixation Lack Consensus, Review Finds
A systematic review of 64 studies finds biomechanical test designs for traumatic pubic symphysis diastasis fixation vary so widely in ...
Corneal digital twins move from simplified shapes to patient-specific simulations
A new review traces how corneal finite element models evolved from idealized shapes into patient-specific digital twins that now inform ...
AI Can Measure Your Body for a Better Bra Fit, but the Evidence Stops Short of Proving It Works
Artificial intelligence is quietly moving into one of retail's most stubborn problems: finding a bra that actually fits. A new ...
Magnetic forces steer tiny chemical plugs across a chip without channels
A new three-dimensional simulation shows that redox-magnetohydrodynamic forces on a microfluidic chip can steer, retain, or redirect picoliter sample plugs ...
Effective Acoustic Intensity Offers a Sharper Measure of Ultrasonic Dispersion Performance
A new study proposes describing ultrasonic reactors through statistical descriptors of the acoustic pressure field, which correlate with the dispersion ...
New MRI-to-Model Pipeline Builds Personalized Brain Simulations from Rugby Player Scans
A New Zealand research team has developed a reproducible pipeline that converts MRI scans of adolescent rugby players into a ...
Adaptive Sliding Reduces Press Power for Metal Deformation
Researchers have proposed a novel principle for severe plastic deformation that fundamentally alters how pressure is applied to metallic workpieces.
Deeper Foundation Treatment Increases Uneven Settlement in Coastal Soil Model
A finite-element study found that increasing dynamic compaction replacement depth from 3.0 to 6.0 m was associated with greater differential ...
Cosserat-rod digital twin screens continuous-tow composite deposition risks
A computational study found that a Cosserat-rod digital twin can reproduce key mechanics responses and rapidly rank continuous-tow composite deposition ...
Model predicts cyclic uplift failure in soft-clay helix anchors
A hybrid experimental and computational framework modeled stiffness loss, pore-pressure buildup and residual displacement in single-helix anchors subjected to vertical ...
Review: finite element modeling, artificial intelligence, digital twins and applications for additive manufacturing of refractory alloys
A review synthesizes finite element modeling, artificial intelligence and digital-twin research for additive manufacturing of refractory alloys while identifying unresolved ...
Carbonation curing helps plain concrete but may shorten blended-cement life
A hybrid experiment-and-model study found that accelerated carbonation curing modestly improved ordinary Portland cement durability but shortened modeled cover-cracking times ...
Crack Position Changes Stress Patterns in Semi-Rigid Asphalt Pavements
A finite-element study of six preset cracks found that position and depth can reverse normal stress responses, while interface condition ...
Smart Hydrogels That Shift Stiffness Could Transform Bone Repair
A new review maps how mechanically adaptive hydrogels that dynamically tune their stiffness, combined with finite element modeling and bone-on-chip ...
Virtual Heart Models Reveal Why Some Patients Develop Heart Block After TAVR
Patient-specific computer simulations of bicuspid aortic valve TAVR reveal that strain in the tissue near the left bundle branch cleanly ...
Smarter EEG Brain Imaging Tracks How the Brain Rewires Itself as We Learn New Movements
Researchers at the University of Tehran have developed an enhanced EEG source imaging method that combines neural networks with finite ...
Hidden Phase Changes Hold the Key to Welding’s Invisible Stresses
A coupled thermo-metallurgical-mechanical study of TIG-welded S355 steel shows that transformation-induced plasticity, driven mainly by phase-fraction changes, halves predicted residual ...
Digital-Physical Twins Converge to Transform Heart Failure Diagnosis and Prognosis
A new review argues that merging finite-element cardiac modeling, 3D-printed patient-specific phantoms, and artificial intelligence into digital–physical twins could reshape ...
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