Playing with my recent developments in MoFEM / @[email protected]. Next goal - add plasticity in finite strains. 😊Late #SimulationFriday

Quadratic convergence makes me happy. 😊 Large strains with Hencky material Multifield plasticity Contact with pressure in Hdiv space MoFEM / @[email protected] #SimulationFriday

This week I made 3D-printed skates. 😊 #3Dprinting

#PeopleAtGCEC Karol Lewandowski Karol Lewandowski is a key contributor to the finite element library MoFEM / @[email protected] MoFEM. He is interested in computational mechanics, 3D printing, Machine Learning, and VR.

First plasticity results using great TFEL/MFront Interface. Works in parallel with arbitrary approx. order, soon available with any behaviour on mesh blocksets. Implementing material models for MoFEM / @[email protected] has never been easier! #SimulationFriday

Newest #3Dprinting project. Not only looks intriguing, but it's also practical - winds my mechanical watch when not used. 😊 #Arduino

Update on MoFEM / @[email protected] and TFEL/MFront integration interface. Classical necking problem with Logarithmic strain plasticity works like a charm. 😊 First release soon, with support of multiple behaviours on mesh blocksets. #SimulationFriday #FEA

It seems that my calculations for the closest point to a torus are working 😉 #smallvictories

First prototype of Incremental Cold Flow Forming 3D analysis in MoFEM / @[email protected]. Multifield plasticity approach and contact using Hdiv space. Implicit, monolithic scheme. #SimulationFriday

And... presentation of the previous FEM analysis using Looking Glass holographic display. Play with it using hands! Leap Motion Dev #MRTK

Last weekend I was simulating Ilizarov fixation system in MoFEM / @[email protected]. Really fascinating structure, beneficial to the fracture healing process.

Recent developments made our multifield plasticity approach really robust. It is time to solve some challenging problems. 😊 MoFEM / @[email protected]

We can finally start to simulate some incremental cold flow forming in MoFEM / @[email protected] 😊 First simple prototypes. #SimulationFriday

I am so excited to see a conference about my two passions: simulation and #3dprinting. Simulation for Additive Manufacturing (Sim-AM 2021) will be organised from 31.08 - 2.09.2021. For more information see gla.ac.uk/research/az/gc… It's online and free!

Big thanks to Preslav for helping me to develop a #ParaView filter for "exploding" parallel partitioning data from MoFEM / @[email protected]! (more great images to come - #HPC) (gist.github.com/lorak41)

I hope colorful figures like this will help us to get the grant we submitted today 😊 I performed a scalability study for the shallow wave equation in MoFEM / @[email protected] Partition for 400 cores (left) and solution (right) #CFD #SimulationFriday

If you would like to work with MoFEM / @[email protected] team on a challenging incremental cold flow forming project involving contact, plasticity, large deformations, and ALE, apply at jobs.ac.uk/job/CMP150/ There is one week left! #SimulationFriday #FEA

Squeezed elastoplastic tube in MoFEM / @[email protected] using our multifield plasticity approach. It is going to be a benchmark case for a fieldsplit block solver #SimulationFriday #HPC

The new MoFEM / @[email protected] module for contact and dynamics passes the first tests. 😉 Soon, we will add support for TFEL/MFront library materials. Thank you, Ignatios Athanasiadis and Andrei, for fantastic mortar contact development.

Adding new features to MoFEM / @[email protected]'s multifield plasticity module is oddly satisfying. 😊 Here, we utilise a new simpler method of handling configurations of rigid rollers. (#SimulationFriday soon)