CFD in Medicine and Biology

CFDRC’s process drugs & Biology (CMB) Division is pioneering multi scale modelling for bod physiology, injury and interventional/pharmacological treatment. It provides Avatars for personalised drugs and Health Care and a Military War fighter Avatar for assessing war fighter injuries and optimizing war fighter performance and protection. Medical, technology and pharmaceutical analysis, each educational and industrial are utilizing the benefits of CFD tools to arrange subtle and specialised multi-physics models. The advantages of those numerical approaches have allowed to achieve deeper insight into several physical and biological phenomena and provided a wonderful tool for predicting performance of devices throughout the look part. In several applications, the virtual capability of CFD is exchange experimental add the research lab with the flexibility to regulate and isolate governing parameters. In apply the CFD tools compress the look and development cycle needed for prototyping and testing new devices. CFD applications in Medical and Biology are Microfluidic applications in cell mechanics and mechanobiology, 2 part flow in pulmonic airways.

The Global CFD market is predicted to post a CAGR of thirteen.33 p.c throughout the amount 2012-2016. The worldwide CFD market is driven by several growth factors. one amongst the most important growth drivers within the market is increasing demand from developing countries. However, the increasing quality of ASCII text file CFD code may have an effect on the expansion of the market throughout the forecast amount. The marketplace for microfluidics technologies was valued at nearly $5.1 billion in 2011 and $5.6 billion in 2012. Total market price is predicted to achieve nearly $10.3 billion in 2017 when increasing at a five-year compound annual rate (CAGR) of thirteen.

The advantages of those numerical approaches have allowed to achieve deeper insight into several physical and biological phenomena and provided a wonderful tool for predicting performance of devices throughout the look part. In several applications, the virtual capability of CFD is exchange experimental add the research lab with the flexibility to regulate and isolate governing parameters

  • Locomotion of micro and macro organisms
  • Microfluidic applications in cell mechanics and mechanobiology
  • FSI and multi physics modeling in biological flows
  • Pulmonary flow and biomechanics
  • Interventions and Cardiovascular devices
  • CFD simulation in Biomedical applications
  • Bio fluid mechanics of pulmonary atelectrauma
  • Understanding respiratory air and blood flow delivery
  • Two phase flow in pulmonary airways
  • Micro fluidic platform for vascular biology: Angiogenesis and Anastomosis in microfluidic devices

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CFD in Medicine and Biology Conference Speakers