Thunderhead Engineering’s Post

#LatePost Alhumdulillah, completed a guided project under the guidance of Jousef Murad via COURSERA Project Network on the simulation of a Spoiler using the online simulation tool, SimScale. A very interesting project, one where I learned about Computational Fluid Dynamics (CFD) and performed an incompressible fluid flow simulation around a spoiler using the cloud-based simulation tool SimScale. #Simulation #Projects

Following up on the screencasts we have shared this past month, today we would like to share one that focuses on the surface proximity #refinement feature in PreonLab. It is well known that #PreonLab offers state-of-the-art adaptive #particle refinement and coarsening with its Continuous Particle Size (CPS) feature, so that you can have fine particles in the regions where accuracy matters, and coarse particles away from the region of interest. You can define refinement regions not only using simple geometric shapes but also based on their proximity to solid surfaces. This is crucial for efficient refinement in #simulation scenarios, which consist of complex geometries and moving components. Find out how easy and convenient it is to set this up in PreonLab using the surface proximity refinement feature. You can also read more about the benefits of Continuous Particle Size here: https://lnkd.in/eSGMXkS2 Want to learn more about how quick setting up an entire water wading simulation can be? This article might be interesting for you: https://lnkd.in/ewdF4deS

The 6DOF ship motion simulator can simulate the ship's attitude in the sea surface such as rocking, rolling and other postures as well as composite postures, and it can import the wave spectrum to restore the ship's real attitude in the sea surface. 🏵 *The 6DOF ship motion simulator has the following functions* 🏵 1, position simulation, sine wave simulation, single-degree-of-freedom motion, multi-degree-of-freedom composite motion. 2、Road spectrum filter processing, random wave reproduction, road spectrum, wave spectrum, flight spectrum reproduction and other functions🚤. 3, through the TCP / IP protocol, to provide users with third-party control interface (host computer interface). 4、Provide internal synchronization and external synchronization data output control interface. During the motion platform action, it needs to read random action files and involves the superposition of multiple actions, which requires that the motion trajectory must be smooth and conductive so as to ensure the smooth operation of the servo motor, so when planning the trajectory, five times non-uniform B-splines are used. Five times non-uniform B spline is the promotion of Bézier curve, it retains all the advantages of the Bézier curve, and solves the shortcomings of its localization is not easy to modify, the more control points the higher the number of curves and so on, so our company has in the study of the five times non-uniform B spline applied to the six degrees of freedom platform trajectory planning. #6dof #motion #motionsimulator #motionsystem #shipsimulator #Wavesimulation #posesimulation #dof #

I'm releasing a landing page built using Groq that demonstrates the light and frequency dynamics that gives us solid matter with Vers3Dynamics' newest simulator: ⛓️https://lnkd.in/d9WXwPfU Explore the intricate relationships between light and matter, and discover the hidden patterns that govern our universe.🎉 1️⃣Investigate the fundamental principles of light-matter interactions 2️⃣Visualize the effects of different light frequencies on various materials 3️⃣Gain valuable insights into the underlying physics of our world Discover more at Vers3Dynamics.io Central Intelligence Agency #Vers3Dynamics #Groq #Simulation #ScienceEducation #PhysicsVisualization

Sneak Peek Into My Falling Sand Simulator! Built from scratch in C using the Simple DirectMedia Layer (SDL) for rendering and windowing. This project brings particles to life in real-time, following a simple yet powerful set of cellular automata rules. The goal is to develop a robust and well-structured simulation engine capable of mimicking how different substances interact, all while being dynamic, interactive, and high-performing. This demo showcases: Water flowing naturally around obstacles, Sand piling up realistically, and Fire spreading dynamically across wood and the byproducts of it. All of this is achieved with exceptional performance, handling over 65,000 particles seamlessly. Key Features: • Spatial lookups for fast proximity checks. • Real-time adjustable engine variables. • Gravity simulation that mimics realistic particle physics. • Multi-substance interaction, allowing diverse behaviors like burning, flowing, and piling. Check it out here: https://lnkd.in/eFfvEc8k

Harnessing the Full Potential of the 12 Runoff Surfaces in ICM InfoWorks for SUDS/LID Modeling While I've previously discussed the capabilities of ICM SWMM Networks, it's important to note that the capabilities of ICM InfoWorks Networks are perhaps even more well-known and widely used.

Dive into the future of #seismic analysis with our all-new 3D viewer offered through InteractivAI 5 coming this year. Seamlessly navigate through your #seismicdata using intuitive controls, allowing you to zoom, pan, and rotate with precision. Easily change between inline, cross line, and z-slice directions for analysis and labeling. Co-render multiple seismic and attribute data volumes, QC and analyze labels, and visualize #deeplearning inferences on seismic slices all in 3D. Tell #YourSeismicDataStory with #InteractivAI5. Learn more at https://lnkd.in/ggyjn882

A huge step forward in GNSS simulation

We're continuously exploring and developing new features behind the scenes.   During the recent release event, we unveiled a sneak peek of our initial steps into turbulence modeling with Vortex Visualization using the Q-Criterion - a commonly used method for visualizing coherent vortex structures.   Starting with #PreonLab 6.2, users can color fluid particles based on computed Q-values, enabling the detection and identification of vortices within a 3D flow domain. This feature is especially useful for visualizing vortices in simulations, such as the delta wing scenario showcased in the video below.   We’re thrilled about the possibilities this feature opens up and look forward to advancing even further in this area.

Modelling individual differences in reading using an optimised MikeNet simulator: the impact of reading instruction Frontiers https://lnkd.in/gEHWFXV8