Yue Sun
@Yue_SunYue
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postdoc @UWMadisonMath | PhD'24 @hseas (applied math)
Madison, WI
Joined February 2012
Marbling has brought centuries of beauty and inspiration🫧🎨 In our #apsdfd2023 GFM video, we look at the fluid dynamics of marbling art, especially why colors float and why colors don't mix. Watch our full video to find out why we can marble!
Excited to share our GFM video at #APSDFD2023! It’s been so fun to study the hydrodynamics of marbling art while doing some marbling! Huge thanks to Prof. John Bush and @SaverioIV! And my advisor Chris Rycroft for inspiring this work 3 years ago.
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🎉 Happy to share that our work, “A fully-integrated lattice Boltzmann method for fluid–structure interaction”, is online! We develop a fully Eulerian method to simulate many squishy solids in fluids. (More on 🦋) 📑 Paper: 👩🏻💻 Code:
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Another year of GFM! And our paper about our last year’s GFM video on paper marbling is also out:
The latest edition of @apsfluiddynamic's annual Gallery of Fluid Motion is now live! Check them @ Let's also remind ourselves of the winners from last year. Editorial: Papers of last year's winners:
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Congrats and check out the GitHub💻👀🎉
📣 Exciting news from our lab! 📣 Check this out "Automated discovery of reprogrammable nonlinear dynamic metamaterials" on Nature Materials. 📜 Paper ( 👨💻 Code #metamaterials #differentiablephysics
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RT @pupating: Visualizing Science! I'm holding a series of free, online workshops, thanks to Johns Hopkins University. All are welcome! I p…
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PHinallyDone! Submitted my doctoral dissertation tonight and passed my defense two weeks ago🙌🎉✅ Huge thanks to my advisor, committee, collaborators, friends, and family along this journey! (Finally no longer a student after…22 years?!)
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Happy/honored to have this opportunity and share how I got into computational fluid dynamics through animation! 💻🌊🎨
Meet Yue Sun (@Yue_SunYue), PhD Candidate in Applied Mathematics at @Harvard @hseas. Yue is developing numerical methods for fluid-structure interaction with CFD; Yue also has a passion for combining her interests in fluid visualization & art with animation #WomenInSTEM #PhDVoice
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This year we didn't get to run our winter mini-course consecutively, but if you want to learn how to make 💻Generative Art🎨, please check out our website! You can follow each module with a Python tutorial, and we'll try our best to run it again next year!
My friends and I will be teaching the mini-course starting Monday. We're excited to share with you how to generate art with math, physics, and machine learning! More info on course website:
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Honored+thrilled to be among the winners! Huge thanks to my advisor Chris Rycroft, @SaverioIV @UWMadisonMath & John Bush @MIT for their support! This is a video 2 years in the making and a dream come true. Can't wait to get back to the marbling tank and continue working on it🎨🫧
And here both Video and Poster Gallery of Fluid Motion winners #APSDFD2023 see all entries at @APSphysics
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And follow marbling.fluids at for more (upcoming) photos about paper marbling and marbling in general!
Marbling has brought centuries of beauty and inspiration🫧🎨 In our #apsdfd2023 GFM video, we look at the fluid dynamics of marbling art, especially why colors float and why colors don't mix. Watch our full video to find out why we can marble!
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My friends and I will be teaching the mini-course starting Monday. We're excited to share with you how to generate art with math, physics, and machine learning! More info on course website:
Presenting January@GSAS GSC Mini-Course: Introduction to Generative Art and Scientific Visualization taught by Yue Sun, Jiayin Lu, Jovana Andrejević, and Nina Andrejević. Find more information here: #JanuaryAtGSAS #FindYourCenter
@harvardgsas
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@zhigangsuo @YongchaoC @LM_Kamp @Jaeyongl_ @nikkojeffreys @SammyHassan_ @yuchenchaoXD @Jalilah2Muhamma @helen_eliz_read @bray_davide @david_farrell3 @HangYan95173747 @Christine_h_ahn @HarrisonTYoung @Kausalyamakes IAPWS-95 is based on Helmholtz free energy: (1) Collect data, e.g. pressure at different (T,V) (2) Collect more properties' data, e.g. heat capacity/thermal capacitance (3) Nonlinear fit data to find parameters for functional form of F(T,V) (4) Derive other properties from F(V,T)
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@zhigangsuo @YongchaoC @LM_Kamp @Jaeyongl_ @nikkojeffreys @SammyHassan_ @yuchenchaoXD @Jalilah2Muhamma @helen_eliz_read @bray_davide @david_farrell3 @HangYan95173747 @Christine_h_ahn @HarrisonTYoung @Kausalyamakes I think it is a unique (and good) idea to represent both phases with one primitive surface. Because if we can represent phase separation with one function, it would make simulation methods easier to code, like the pseudopotential lattice Boltzmann method for multiphase flow.
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@zhigangsuo Linear algebra can be helpful in understanding some operations in graphics software: e.g. moving an object is applying a translation matrix, and rotating is a rotation matrix. Effectively the software is doing matrix multiplication under the hood, based on my chain of operations.
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