Healthcare Sector
CFD simulations in healthcare model fluid flow within the body and medical devices, aiding in areas like respiratory airflow, blood flow in arteries, and drug delivery. By replicating complex biological flows, CFD supports device design, treatment planning, and personalized care, advancing safety and therapeutic outcomes.
- Airflow in the Lungs
- Blood Flow in Arteries
- Drug Delivery Systems
- Cardiac Flow Modelling.
- Ventilator Design
- Medical Device Design
- Nasal and Sinus Airflow
- Stent design
- Operation theatre design
Airflow in human lungs
For this project we simulated the airflow in human lungs using CFD to model how air moves through the bronchial passages, aiding in the study of respiratory functions and conditions like asthma or COPD. This allows precise analysis of airflow patterns, improving understanding of ventilation, optimizing drug delivery, and supporting tailored treatment plans.
Why partner with us on healthcare projects?
The use of simulations in the healthcare sector has accelerated significantly over the past decade, with an increasing number of companies and organizations leveraging advanced simulation techniques to design innovative products, medicines, and services. We have a proven track record of contributing to such projects at the highest level, working alongside esteemed partners from hospitals and universities to push the boundaries of high-tech medicine. One notable example is our work on assessing airflow in human lungs. In collaboration with leading hospitals and universities, and with support from the European Union as a funding agency, we developed a machine learning model to optimize drug delivery. Building on this success, we are now part of a larger consortium dedicated to advancing this ground-breaking research even further.