Top Tweets for #PhaseField
Non-equilibrium dendrite evolution in Mg‑Al alloy under quasi-rapid solidification.
#PhaseField simulations + experiments reveal the impact of cooling rate on dendrite morphology & solute trapping.
Supports #microstructure control for #MagnesiumAlloy die casting.
Simulations with DAMASK
https://t.co/1IMmZiVomE
https://t.co/GqZ3WxfpsD
https://t.co/nCja4lOOG0
https://t.co/WVT4epulsQ
https://t.co/NAoyPBBDtk
https://t.co/b0jE02loL2
#simulation #modeling #crystalplasticity #FEM #phasefield #mechanics #micromechanics #grains #microstructure
📢New paper! We combine experiments and modelling to quantify hitherto unknown individual effects of pH and chloride concentration on the corrosion kinetics of Mg alloys for biomedical applications. Just out in Acta Biomaterialia:
https://t.co/AXFTFTQ1oq #biocorrosion #phasefield
Great attendance and questions for the two posters from our lab by Aimane on hard-soft phase-field/CZM fracture framework @aimanen9 and Shashank on fracture in tubular concrete and disorder mechanics. @Shashan05867248 #fracture #phasefield #czm #statisticalmechanics @EPrinceton
New paper! We proposed a PF-CZM fatigue model for predicting fatigue in quasi-brittle materials such as concrete. A nice collaboration with Fadi and Abedulgader. Just out in CMAME. Find the paper here: https://t.co/iFzIF2PfEu #phasefield #fatigue #concrete
Very happy to share with you that our paper "Phase Field Cohesive Zone Modeling for #Fatigue Crack Propagation in Quasi-Brittle Materials" has been accepted for publication in Computer Methods in Applied Mechanics and Engineering #CMAME.
#concrete #openaccess #code #experiments
📢 Exciting News
We are thrilled to share that our paper:
"Hydrogen assisted cracking using an efficient virtual element scheme"
has been published in #CMAME.
Share Link:
https://t.co/dfgp3G8fKu
#virtualelementmethod #VEM #hydrogen #fracture #phasefield #multiphysics
New paper! We present 2 approaches to accelerate phase field fatigue calculations. The @JuliaLanguage code developed is made freely available. Just published in the European Journal of Mechanics A/Solids (@ESMC2022's Special Issue), see: https://t.co/2S3uyIsXpr #phasefield
Looking forward to hear the opinion of experts on our recent #phasefield approach for the modelling of neotissue formation in #skeletalmuscle bioprinted constructs! Full credits for the work go to Pierfrancesco Gaziano, brilliant post-doc @ing_torvergata
Fully packed room at the meeting of the technical @gamm_eV group on #phasefield. Kudos to @LDeLorenzisETHZ and @PietroCarrara for the nice organization 👏🏻
#PhaseField fracture formulations for heterogeneous materials & their solution using a #FastFourierTransform based #NumericalMethod |📄@IMT_NordEurope🇫🇷 @mtm_kuleuven🇧🇪 & @UniofBath🇬🇧, in Engineering #FractureMechanics
👉https://t.co/fi9mo3ACDO @Elsevier_Eng
#Composites #MechEng
Authors from @ArupGroup and @SCUT_SIE discussed the potential of using Abaqus2Matlab to post-process the results of phase field fracture implementations in Abaqus. Published in TAFMEC (@Elsevier_Eng): https://t.co/uDPtQENsdK #Abaqus2Matlab papers #phasefield #fracture
@ECCOMASofficial #Oslo 2022:
I look forward to welcome you in our #MS Innovations in #phasefield #modeling, #computation and #ExperimentalValidation
https://t.co/nlt6m4NA4s
https://t.co/BQNbsM1NXt
https://t.co/6Z7jCuyhOJ
@UniHannover @ZienkiewiczCtr
Team from #DUT, #ULiverpool & #NTUA proposed a 4th-order hybrid #PhaseField approach with non-equal order elements and dual meshes to simulate #crack propagation in #rock-like materials: https://t.co/gzBGEkYNBN
A robust monolithic solver for phase-field modeling of fracture.
Check the work on: https://t.co/YnwPNZpaxf
#isogeometricAnalysis #phasefield #brittlefracture
Our ARO-supported research (first author = Hyoung Suk Suh) on ice lens formation in frozen soil has just been accepted by IJNAMG.
Abstract:
https://t.co/NvYd086lVT
Preprint:
https://t.co/3D5UBVNZ6W
#icelens #phasefield #freezinginducedfrature #climatechange #sustainability
An open call for collaboration. New paper - A convergent, non-oscillatory, efficient algorithm and code for predicting shape changes in lithium metal batteries using phase-field models.#BMWS, #battchat, #phasefield, #DAEs, #Algorithms, #para @ECSorg
Back in the days when blowing bubbles into your drink 🥤 was more captivating than watching the top trending shows 📺 - Mattias Robertsson used the multiphase / #phasefield approach to recreate this amusing #simulation experience, and we sure love it! Who else is a fan?
Today, Florin Radu and Jakub Both talk about efficient solvers for #poromechanics, and #phasefield models, at LSSC2021. Thanks to Johannes Kraus and Maria Lymbery @unidue for the kind invitation!
#mdpientropy "Lattice Boltzmann Solver for Multiphase Flows: Application to High Weber and Reynolds Numbers" https://t.co/HLLNdjlzRV
#latticeBoltzmannmethod
#multiphaseflows
#phasefield
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