【#NewsRelease】
Advancing Brain–Computer Interfaces for Rehabilitation and Assistive Technologies
Akio NAMIKI, Professor
Graduate School of Engineering, #ChibaUniversity
www.cn.chiba-u.jp/en/news/pres...
#CognitiveRobotics #ComputationalScience #computationalMechanics #computationalNeuroscience
An Energy Based Failure Criterion for use with Peridynamic States
dl.begellhouse.com/journals/61f...
#Peridynamics #FractureMechanics #ComputationalMechanics
When materials soften, simulations fail. New gradient-enhanced damage algorithm combines FEM & meshless approaches, achieving mesh-independent results without traditional computational costs.
dl.begellhouse.com/journals/61f...
#ComputationalMechanics
Multiscale Random Damage Analysis through Deep Learning–Driven Surrogate Models
www.dl.begellhouse.com/journals/61f...
#MultiscaleModeling #DeepLearningMaterials #ComputationalMechanics
How do microscale cracks trigger macroscale rock bursts? Can AI predict ground settlements before construction? This Special Issue on Multiscale Numerical Simulations in Underground Space Engineering has answers:
www.dl.begellhouse.com/journals/61f...
#MultiscaleModeling #ComputationalMechanics
Coupling Composite Schemes with Different Time Steps for Multi-Scale Structural Dynamics
www.dl.begellhouse.com/journals/61f...
#StructuralEngineering #ComputationalMechanics #Innovation
Prof. Lihua Wang presenting (far), Prof. Resch standing next to her.
Prof. Lihua Wang presenting (close-up)
Prof. Resch (left) and Prof. Lihua Wang (right) in front of HLRS's supercomputer Hunter
Today we hosted Prof. Lihua Wang (Tongji University, Shanghai) at HLRS.
In her guest lecture she presented advances in meshfree methods and their applications in computational mechanics.
Thank you for the inspiring visit!
#HPC #ComputationalMechanics
A Smoothed Natural Neighbor Galerkin Method for Flexoelectric Solids
www.dl.begellhouse.com/journals/61f...
#FlexoelectricMaterials #ComputationalMechanics #MaterialsScience
Machine-Learning-Based Asymptotic Homogenization and Localization of Spatially Varying Multiscale Configurations Made of Materials with Nonlinear Elastic Stress-Strain Relationships
www.dl.begellhouse.com/journals/61f...
#MultiscaleModeling #ComputationalMechanics #MachineLearning
Reconstructing the invention of the wheel using computational structural analysis and design: royalsocietypublishing.org/doi/10.1098/... #RSOS #ComputationalMechanics
Fast Fourier Transform Method for Peridynamic Bar of Periodic Structure
www.dl.begellhouse.com/journals/61f...
#ComputationalMechanics #FFTAnalysis #Peridynamics #MultiscaleModeling
Fast Fourier Transform Method for Peridynamic Bar of Periodic Structure
www.dl.begellhouse.com/journals/61f...
#ComputationalMechanics #FFTAnalysis #Peridynamics #MultiscaleModeling
Fast Fourier Transform Method for Peridynamic Bar of Periodic Structure
www.dl.begellhouse.com/journals/61f...
#ComputationalMechanics #FFTAnalysis #Peridynamics #MultiscaleModeling
Fast Fourier Transform Method for Peridynamic Bar of Periodic Structure
www.dl.begellhouse.com/journals/61f...
#ComputationalMechanics #FFTAnalysis #Peridynamics #MultiscaleModeling
#FDEM #ComputationalMechanics #NumericalModelling #HPC #FractureMechanics #Python #TanukiTechnologies #FEM #DEM
#DTE2025 & #AICOMAS conference is ready to go!
Absolutely ready to welcome you all in sunny Paris.
Bienvenue!
#DTE2025 #AICOMAS #IACM_Community #ComputationalMechanics
Check out my paper for more details: https://buff.ly/4b6tkhH
#FDEM #BrazilianDiscTest #FractureMechanics #MaterialModeling #Geomechanics #RockMechanics #NumericalModeling #EngineeringSimulation #ComputationalMechanics #FEM #DEM #TanukiTechnologies
🔍 Link to the paper: https://buff.ly/40QPDmwto
#ShapeOptimization #ComputationalMechanics #NumericalSimulations #FEniCS #PhaseField #FEM
#ComputationalMechanics #MachineLearning #Geomechanics #SubsurfaceEngineering #TNO #DataDrivenScience #PhysicsInformedAI
Professor Michael Ortiz, seated at a desk in his office, wearing a light purple shirt. The desk is adorned with various items, including a bottle of wine, books, two small statues, a clock, and other office supplies. The wall behind him displays several framed certificates and diplomas, indicating a professional or academic setting. This image captures Professor Ortiz in his professional environment, reflecting his distinguished career and contributions to the field of computational mechanics.
We are thrilled to announce that Prof. Michael Ortiz, a distinguished name in computational science, will join CIMNE as the head of the UNESCO Chair of Numerical Methods In Engineering! 👇🏽
#ComputationalMechanics #QuantumComputationalMechanics
📢 #DTE2025 & #AICOMAS2025 early bird upcoming deadline! Do not miss the reduced registration fee and register before 11 December here: dte_aicomas_2025.iacm.info/registration...
Looking forward to welcome you all in Paris!
#IACM_Community #DTE #AI #ComputationalMechanics
@eliascueto.bsky.social
