Cyclon: Vortex Flow Simulator

Explore the science of fluidics with Cyclon, a specialized simulation environment designed for the detailed analysis of vortex amplifiers.
Cyclon provides a high-fidelity platform for engineering students, researchers, and physics enthusiasts to study the complex interactions of fluid dynamics. By modeling the behavior of vortex-based control systems, Cyclon allows you to explore how angular momentum can be used to regulate fluid flow without the need for mechanical moving parts.
Advanced Computational Engine At the heart of Cyclon is a robust physics engine that translates system parameters into detailed kinematic data. Input your initial supply pressure and modulate tangential control flows to observe the immediate creation of a centrifugal pressure barrier. The app provides a deep technical breakdown of every simulation, ensuring you have the data needed for thorough analysis.
Real-Time Kinematic Metrics Gain professional-grade insights into your fluidic circuits with comprehensive metrics, including:
• Centrifugal Pressure Drop (ΔP): Measure the impedance created by the vortex core.
• Effective Area Ratios: Analyze how the flow path is restricted by angular momentum.
• Angular Velocity: Track the estimated rotational speed of the fluid within the chamber.
• Centrifugal Force: Calculate the dynamic forces acting on the fluid core.
• Turndown Ratios: Evaluate the performance and efficiency of your configuration.
Interactive Dynamics Visualization Experience your data through a high-intensity rendering core. The visualizer provides a real-time representation of the vortex core, where the visual density and color intensity adapt dynamically to your control inputs. This HUD-style interface provides a visual confirmation of the underlying mathematical models.
Technical Reporting & History Keep an indexed log of every simulation session. The integrated history management system allows you to revisit past runs and generate expanded technical reports. Each report provides a full breakdown of input parameters, core metrics, and kinematic results, allowing for precise comparison between different system configurations.
Educational Reference Cyclon is more than a tool; it is a learning resource. Explore the governing equations of fluidics and understand the principles of the conservation of angular momentum. With a clean, streamlined interface and intuitive controls, complex fluidic concepts become accessible and interactive.
Master the vortex. Analyze the flow. Start your simulation with Cyclon.