Targeted Delivery of Antiviral Therapeutics via Atomized Aerosol Inhalation

Our research objective is to use our unique CFD model to demonstrate pulmonary targeted drug deliveries to treat viruses effectively, in a short timescale, by enhancing the therapeutic aerosol delivery to small airways, or even a specific lobe/region of the lung, to be more precise.

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Harmonic Analysis Speeds Solutions for Challenging Transient Blade Row Problems

Accurate and efficient prediction of blade transient phenomena are becoming more and more important to turbomachinery designers because the continuing need to gain performance improvements makes it necessary to operate closer to performance envelopes. Traditional full-wheel transient solutions provide high levels of accuracy but are computationally expensive because they require simulating many or all blade passages in a given blade-row. Pitch-change methods reduce the problem to a small sector of the geometry but still require the simulation of many vibration cycles to reach a quasi-steady periodic state. The HA method in ANSYS 19.0 helps overcome this challenge by solving multistage transient blade row problems by calculating as few as one blade per row, reducing computational time by a factor of 100 compared to a full wheel solution and by a factor of 25 compared to the FT method, the previous state-of-the-art for this type of problem.

Thermal Management: A Critical CFD App You Have to Get Right

From automobiles to high-speed semiconductors, thermal management concerns can often lead to wasted energy, reduced performance or premature device failure. This results in increased energy costs, warranty issues and additional design time that can reduce your product’s competitive advantage. Simulation can help your engineering team look deeper into thermal design issues to see where heat is being generated and how it might be impacting surrounding materials and components. Simulation enables your engineers to evaluate more options more thoroughly than traditional prototype-based design and development methods. They can confidently determine if cooling or additional heating is needed and virtually explore ways to optimize designs to meet thermal management project goals all before building a physical prototype. ANSYS thermal simulation tools provide the wide array of physical models and integration between different physical domains that you need to get thermal management right.

Thermal Solutions for 3-D IC, Packages and System

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Cavitation: A Critical CFD App You Have to Get Right

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