Rubens A. Amaro Jr

Postdoc @icmc_usp. 🇧🇷

Research 🌊: Fluid simulation, particle methods, MPS, #SPH_, #CFD

[Cibele Russo, PhD @cibelerusso]

Sou a Cibele Russo, Profa. Doutora na USP. Tenho um canal de aulas de Estatística e Ciência de Dados no YouTube, https://t.co/MT1NRvGytH em temas como Inferência Estatística, Modelagem Estatística, Aprendizado de Máquina Supervisionado e Não-Supervisionado, Visualização e Exploração de Dados, Gestão da Qualidade e em breve Fundamentos em Ciência de Dados. Usem sem moderação, compartilhem e o conhecimento vai mais longe :)
Quem aí já assistiu às minhas aulas (onde? O que quer ver no canal?)

[Abbas Khayyer @AbbasKhayyer]

Delighted to announce the final publication of our book:

https://t.co/Kdw5Ta4rAE

[Rubens A. Amaro Jr @amarorubens]

50 days' free access link

https://t.co/WRDY6BoPCi

[Rubens A. Amaro Jr @amarorubens]

Our new paper proposes a Virtual Grating (VG) model in #MPS (MPS-VG) to replace conventional modeling of inclined slats in particle methods, reducing processing time and memory storage.
MPS-VG results was verified against #MPS and #SPH_ (@DualSPHysics).

https://t.co/lByTf215Vu

[Rubens A. Amaro Jr @amarorubens]

@weldform Great list, thanks!
More open-source codes in the link below, some already in your post
https://t.co/GnuoEsuVQ9

[Rubens A. Amaro Jr @amarorubens]

@Jousefm2 For those interested in Particle methods,
List of open-source codes of SPH and MPS
https://t.co/yaVru5GNgA
SPH tutorial
https://t.co/5Bl99EA5We

[Rubens A. Amaro Jr @amarorubens]

@weldform @Jousefm2 Here a great video with an overview of MPS

https://t.co/LqB2gsuuBq

[Rubens A. Amaro Jr @amarorubens]

@ejmunoz1 @Jousefm2 Exactly, both SPH and MPS allow inlet and outlet simulations for confined or free surface flows.
You can find some examples in the DualSPHysics YouTube page
https://t.co/uUDjakrvA9

[Rubens A. Amaro Jr @amarorubens]

@toryomix @Jousefm2 In fact, nowadays both share many similarities, with some differences mainly in the models for approximating differential operators.

[Rubens A. Amaro Jr @amarorubens]

@ejmunoz1 @Jousefm2 MPS and SPH discretize the continuous media by using Lagrangian particles. Both use Navier Stokes equations for simulation of incompressible flow.
On the other hand, DEM is more close to molecular dynamics.

[Rubens A. Amaro Jr @amarorubens]

@AbbasKhayyer Thanks for the links Professor. They show an extensive list of repositories. It's good to know that these publishers have encouraged this practice.

[Rubens A. Amaro Jr @amarorubens]

@rodrigomondego Tem episódio sobre Sankara e a revolução no @historiaFM
Recomendam o livro:
Thomas Sankara: A Revolutionary in Cold War Africa

[José Roberto Cardoso @profcardoso]

Dispositivo criado na USP pode ajudar navios de grande porte no transporte de líquidos https://t.co/L2hp2bSQuJ via @usponline

[Rubens A. Amaro Jr @amarorubens]

@Jousefm2 For those interesting in this Lab activities:
https://t.co/HscwdtC61p

@EPUSP

[Rubens A. Amaro Jr @amarorubens]

@MJandaghian @polymtl Great work Mojtaba!

[Andrei Kashcha @anvaka]

Map of @github have arrived. Hope you enjoy it:

https://t.co/WzoBuevSxk

[Computational Hydrosystems Lab. @HydrosystemsLab]

Postdoctoral Position, Polytechnique Montreal, Mesh-free particle methods for ice dynamics. Link: https://t.co/ZQwLPYTbru

#postdocposition #polytechnique #ice #SPH_ #womeninengineering

[Abbas Khayyer @AbbasKhayyer]

Focus Session on Particle Methods
ISOPE 2023, Ottawa, Canada
June 19-23, 2023

[Rubens A. Amaro Jr @amarorubens]

Looking for a MPS particle-based code ? PolyMPS is a simple open source C++ designed for research and practical applications.
Contributions are welcome!

https://t.co/dzW3xUC8AO

Source-code: https://t.co/E43rjUNDFg