CFD-RBD (Computational Fluid Dynamics – Rigid Body Dynamics) integrates the power of fluid flow simulation with rigid body motion analysis. This enables accurate modeling of systems where moving or floating bodies interact dynamically with surrounding fluids.
To empower researchers, engineers, and innovators with precise, reliable, and scalable CFD-RBD simulation solutions that bridge the gap between theoretical models and real-world fluid-structure interaction challenges.
We aim to deliver technically robust, customizable, and accessible services that accelerate development, reduce design cycles, and support cutting-edge scientific discovery.
LearnPapers.com combines academic depth with engineering precision. Their CFD-RBD simulations helped us visualize complex body-fluid interactions with clarity we never achieved before. — Prof. Elisa Zhang, Marine Engineering Lead
Revolutionizing Aerodynamics with Numerical Modeling and Simulation
High-fidelity CFD simulations integrated with plasma discharge models for accurate representation of plasma-body force interactions.
Simultaneous electromagnetic and fluid dynamic modeling ensures precise prediction of plasma-induced flow modifications.
Detailed performance reports, visualization deliverables, and engineering recommendations tailored to your project goals.
Using advanced optimization techniques such as Genetic Algorithms and Deep Reinforcement Learning, we identify the best actuator configurations to maximize flow control effectiveness.
We collaborate closely with experimental teams to validate simulations and refine models for real-world applicability.
Hands-on experience with numerical modeling and simulation of DBD plasma flow control
In real-world systems, fluids and solid bodies interact continuously. Whether it’s an aircraft control surface, a marine buoy, or a biomedical device in flow—understanding this interaction is critical to ensuring performance, safety, and innovation. CFD-RBD (Computational Fluid Dynamics + Rigid Body Dynamics) allows us to simulate how a structure moves in response to fluid forces—and how that motion, in turn, affects the surrounding flow. This two-way feedback is key to designing efficient, resilient, and intelligent systems.
Our engineering team employs the latest tools and methodologies to ensure the highest quality results:
We utilize and extend open-source CFD platforms to simulate plasma flow control physics accurately.
Innovative DRL techniques for adaptive and robust plasma actuator control strategies.
Implementing surrogate models, Latin Hypercube Sampling (LHS), and AI-driven optimization algorithms.
Advanced flow field analysis, including vorticity contours, pressure distributions, and power spectral density for deep insight.
PhD Scholar
PhD Scholar
Masters
From solver coupling to dynamic mesh handling, the LearnPapers team provided exceptional technical support throughout our naval FSI project. They delivered beyond expectations.
Our engineering team employs the latest tools and methodologies to ensure the highest quality results:
Our team combines deep knowledge in plasma physics, CFD, and AI optimization with published work
Innovative DRL techniques for adaptive and robust plasma actuator control strategies.
We work closely with your team to ensure practical, actionable outcomes.
Every project is unique—our services adapt to meet your specific technical and business requirements.
Timely, transparent communication and comprehensive reporting throughout your project.
One to one live sessions with our valuable clients to keep the projects on-track and updated with required goals.
Our engineering team employs the latest tools and methodologies to ensure the highest quality results:
Understand your project goals and technical constraints.
Implement plasma actuator models with precise numerical settings.
Establish flow characteristics and performance benchmarks.
Compare with experimental data and deliver detailed insights and recommendations.
Discover how our DBD Plasma Flow Control Services can unlock new levels of aerodynamic efficiency and innovation for your projects.
Contact LearnPapers.com today for a consultation or quote!
Email: [email protected]
Website: www.learnpapers.com
