Artificial Twin

Surf Fin Hydrodynamics

Testing prototypes, virtually PhyMo played a major role in providing guidance and consulting for Computational Fluid Dynamics (CFD) testing of several hydrofoil prototypes in a patent-pending project. The CFD results were crucial in confirming whether the humpback whale-inspired design methods were worth pursuing, allowing performance evaluation using only CAD models of the designed parts, without the need for physical prototypes. Humpback whales are renowned for their impressive maneuverability, which scientists attribute to the leading-edge bumps, called tubercles, on their pectoral fins.

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Inhaler Deposition Pattern Analysis

Parametric Optimization for Medical Devices Nasal inhalers are widely used medical devices designed to deliver a predefined dose of medication into the nasal cavity. Often, the drug is in liquid form and is atomized into fine droplets before being released. To be effective, these droplets must adhere to and penetrate the mucosal surface of the nasal cavity. The amount of medicine that is actually delivered to the patient, meaning the quantity that sticks to the mucosa, is a critical performance indicator.

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Valve Rigid-Body Simulation

Studying moving bodies effects on flows Moving bodies immersed in fluid flows are found in a wide range of contexts, with Oil & Gas being a particularly relevant one. This project focuses on the "Piping and Valves" equipment category, a specific field often encountered in the Energy and Oil & Gas sectors. In particular, it analyzes the interaction occurring between a Variable Orifice Valve plate when it is operated while immersed in gas flowing inside the valve.

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Spear Tip Shape Optimization

Small details, huge impact This study focuses on performance optimization for underwater fishing equipment, specifically the spear tip of a fishing shooting rifle. The goal is to increase spear velocity, range, and shooting power without affecting the rifle itself. When objects move at relatively high speeds through dense fluids like water, even minor geometric details can have a significant impact. Using highly accurate simulation software, we can replicate the physical behavior and identify shape modifications that improve performance.

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Drill Bit Flow Simulation

Understanding complex flow patterns The drilling industry operates in extremely harsh environments, making optimal equipment design critical. Proper design ensures not only operational reliability but also influences process performance metrics such as drilling speed. This project focuses on the flow around a drill bit, composed mainly of cutting elements and fluid nozzles. The fluid injected through the nozzles serves to remove rock fragments generated by the cutting elements.

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Pressure Vessel Structural Verification

Certified pressure vessel design through simulation Pressure vessel design is a classical topic in mechanical engineering, studied extensively and relevant across many industries. While the theoretical background, particularly for linear elastic materials, is well established, strict compliance with regulations is always required due to the potential hazards involved. This is especially critical when a component requires certification of conformity. Inspectors must ensure that simulation tools are used properly, following approved methodologies to guarantee safety and reliability.

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