New newsletter out spheric-sph.org/newsletters This and many other things! Take a look and RT pls

Experimental Investigation of Wave Impact Loads Induced by a Three-Dimensional Dam Break J. Martinez, P. E Merino, I. Mengual, M. Amaro and A. Souto-Iglesias @cehinav @ETSIN_Oficial @La_UPM @uc3m doi.org/10.3390/jmse14020199 #etsinavales #dambreak #impactpressure #impulsiveloads

Researchers from China proposes a new two-phase two-layer Riemann-smoothed particle hydrodynamics (SPH) numerical model to simulate landslide tsunamis. sciencedirect.com/science/ar…

Tank Sloshing with shonDy (Smoothed Particle Hydrodynamics) Source: shondynamics.de/shondy/ #cfd #engineering #automotive #racing

New Smoothed-Particle Hydrodynamics (SPH) simulation in the Milky Way game iOS apple.co/3740bHe Android bit.ly/3vTM3sn #space #screenshotsaturday #gamedev #indiedev #gamedesign #indiegames #IndieGameDev #indiegame #gamedevelopment #gaming #dev

The time has come for smoothed-particle hydrodynamics (SPH) in #simulation, an approach that offers quick and simple options for fluids analysis in ways that could boost product development cycles, writes @laurencemarks64 develop3d.com/simulation/smo…

What if the Planck Aether's dilation field φ organizes itself into such dynamic, holographic structures? Gradient Isosurface: A Computational Study in Field Aesthetics This cinematic 3D animation unveils a synthetic scalar field through a rotating isosurface, vividly illuminated by the plasma colourmap’s fiery hues—deep purples to blazing yellows. The surface dances with boundary symmetries and interior Gaussian modulations, weaving a dynamic interplay where structural harmony converges with intensity gradients, echoing the underlying physics of field dynamics. Crafted in Python with matplotlib, skimage, and ffmpeg, this animation emerges after a meticulous 30-minute render at high resolution. An exhaustive series of iterations, each a testament to precision and perseverance, surmounted Python environment challenges—rendering artifacts, ffmpeg compatibility hurdles, and colour interpolation constraints—through a series of rigorously developed, tested, and refined scripts, achieving a seamless .mp4 output that balances visual fidelity with computational precision. The result is a harmonious fusion of scientific visualisation and generative artistry—a constellation where computation, colour, and code intertwine to breathe life into motion, illuminating the unseen realms of physics. Share your thoughts on this fusion of science and art! Explore more field dynamics and render studies in my pinned project, updated regularly with fresh insights. #3DVisualization #ComputationalPhysics #GenerativeArt #DataVisualization #CreativeCoding #ScienceArt #TheoreticalPhysics #PythonProgramming #Matplotlib #FieldDynamics #Cosmology #DigitalArt #PhysicsArt #Entropy #HolographicPrinciple @Na_thanks @HAL09999 @SocraticScribe @Ella_Maru @adamfuhrer @ALCrego_ @FEELSxart @WolframResearch @ngsm @luizandregama @YoheiNishitsuji @roydherbert @Dragonmaurizio

New Paper! Our new paper on "Smoothed particle hydrodynamics modelling of rivers flows past bridges" has now been published and is available to read here Including a new mDBC fomulation and the first large scale #SPH_ river simulations @DualSPHysics sciencedirect.com/science/ar…

This one took me almost 2 years to master, soon every Threejs dev will master it with a simple Import: Smoothed Particle Hydrodynamics Simulation, 2D and 3D, optimized with Spatial Hashing and Compute Shaders. Optimized for WebGPURenderer with complete TSL compatibility!!

Researchers modeled how water flows over ice to support projects that thicken Arctic sea ice by flooding it in winter, extending its life through summer via higher albedo. Using Smoothed Particle Hydrodynamics, they calibrated ice-water interaction parameters and found snow depth, ice bending under water weight, and ice load limits strongly affect water spread. The work provides a framework for scaling ice-flooding efforts, with field data needed to refine the model. asmedigitalcollection.asme.o…

Just #published in Coastal Engineering (@ElsevierConnect ) with @ricbrig, Jacob Stolle and Paolo De Girolamo using @DualSPHysics ! You can find the Open Access paper here: doi.org/10.1016/j.coastaleng…

Inlet-outlet conditions using mesh data (inletmesh): shorturl.at/OtDdU

🚀 New publication! We explored how different #dissipation schemes in #SPH affect wave impact predictions on vertical piles. 🔍 @DualSPHysics | 🌀 Wave breaking | @JMSE_MDPI 📖 Read here: doi.org/10.3390/jmse13061005 #SPH #CoastalEngineering #WaveImpact

📢 Save the date! The 8th DualSPHysics Workshop will be held in Ourense, Spain, on 27–29 Jan 2026, hosted by @EPHYSLAB_Uvigo @CIM_Uvigo 🔹 Keynotes 🔹 Full Training Day 🔹 v6.0_BETA release (multi-GPU!) 🔹 User & Dev sessions 👉 dual.sphysics.org/8thworksho… #SPH #CFD #HPC @spheric_

Animation in @DualSPHysics of Capitólio #rock toppling case in Furnas #Lake, #Brazil, with 10 fatalities in 2022, from the article of @JIZHIXIAN1 (Hubei University) with @UniofNottingham. Open access: sciencedirect.com/science/ar… #JustPublished #FSI #Landslides #PhD #SPH #Tsunamis

The 20th SPHERIC World Conference will be held in San Francisco from June 8–11, 2026. Extended abstracts are due January 12, 2026. llnl.cventevents.com/event/4… @spheric_

SPH Online VII 111 registered participants so far Registration deadline: September 25th The programme, including registration information, is available on the SPHERIC website: spheric-sph.org/conferences-… @spheric_

📢 Registration is now open for the 8th #DualSPHysics Workshop! 📍 Ourense, Spain | 27–29 Jan 2026 ✅ Early bird until 14 Nov 2025 ✅ Abstracts due 24 Oct 2025 👉 Register: dual.sphysics.org/8thworksho… @spheric_

SPH Online VII Panel Discussion - Outline and Core Questions Deadline for Registration for SPH Online VII: 23:59 UTC, September 25th spheric-sph.org/conferences-… We look forward to welcoming you. @spheric_

Thank you for attending SPH Online VII. It was indeed a great pleasure and honour to welcome you all. We also had the honour of welcoming Professor Bob Gingold, one of the pioneers of SPH, to this SPHERIC-affiliated online workshop. Here is a link to the recorded video of the event: youtube.com/watch?v=ef2zoX6A… We look forward to welcoming you to forthcoming SPHERIC events, including future SPH Online workshops. On behalf of the organisers: Benedict D. Rogers, Xiangyu Hu, Chun Hean Lee and Abbas Khayyer @spheric_