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OUR FLUID NATION THE IMPACT OF FLUID DYNAMICS IN THE UK Published September 2021 Professor Paul S. Monks Professor Stephen Belcher, FRSC FRMetS, Chief Scientist, Met Office Chief Scientific Adviser, Department of Business, Fluid dynamics is at the heart of a Energy and Industrial Strategy huge range of applications, ranging from the transmission of disease The UK has a stated aim to be a via liquid droplets, to fuel mixtures science superpower. Innovative in engines and weather systems scientific research and development in the atmosphere. Fluid dynamics lies at the core of that. Our Fluid therefore underpins many scientific Nation highlights a major UK research and technological breakthroughs, for and innovation strength in the broad example in health and engineering, area of fluid dynamics. It shows and weather and climate forecasting. that fluid dynamics is an enabling This huge range of real-world technology that underpins many applications is what first attracted me industrial sectors, as well as a wide to study fluid dynamics when I was range of societal applications built on looking for a PhD project. a world-leading research core. One of the features of fluid dynamics is that The UK has huge expertise in fluid it is not considered as a sector in its dynamics. We have been at the own right, therefore its importance forefront of the fundamental work and impact can be hidden. at the roots of the subject, but also at the cutting edge of applying fluid Our Fluid Nation really brings to the dynamics to understanding and fore the size and influence of fluid solving real problems. dynamics on UK industry. There is impressive economic value as There is so much more potential well as key sectoral underpinning for fluid dynamics, from novel and an evidenced ability to support drug delivery routes to simulating innovative UK industry and academic pathways through climate change. work. Our Fluid Nation challenges This report comes at a time that in order to grow towards being when supercomputers and new a science superpower, there is a technologies are revolutionising our need to recognise where we have ability to simulate and measure fluid strengths and think about how to dynamics in unprecedented levels of sustain and grow them. detail. I warmly welcome this report and look forward to a new generation of discovery in fluid dynamics. OUR FLUID NATION - THE IMPACT OF FLUID DYNAMICS IN THE UK EXECUTIVE SUMMARY Fluid dynamics is a £13.9 Fluid dynamics is a major UK Fluid dynamics is a prime example of industrial and research strength, and a deep, transformative technology. billion UK industry, is critical to many applications. Fluid UK-led research has enabled the dynamics is an enabling technology development of Computational Fluid employing more than for industry sectors as diverse as Dynamics software, which is now a 45,000 people in 2,200 transport, healthcare technologies, mainstay across all industry sectors. marine and energy. It plays a key role Advances in computational methods companies. in the most important challenges and investment in UK infrastructure facing today’s society, including the underpin the pre-eminence of drive to net zero, understanding the UK in climate science and disease and predicting weather weather forecasting. Among many and climate. applications, these techniques are also now being used to increase For the first time, the UK fluid the efficiency of renewable energy dynamics industry has been solutions and develop personalised analysed. Fluid dynamics generates medicine, including treating heart £13.9 billion worth of output from disease and infertility. over 2,200 firms and employs 45,000 people. The total UK turnover of The UK’s global leadership in fluid firms engaged in fluid dynamics dynamics is under threat. There is exceeds £200 billion and together an immediate need for: they employ over 500,000 people, illustrating how fluid dynamics A National Centre in fluid dynamics, activity is often embedded in larger building on practitioner networks and organisations. The gross value added UK research strengths (GVA) to the economy from fluid dynamics is estimated to be £3.4 billion. The industry is distributed Increased support for fluid dynamics across the UK with significant training in industry and academia activity in Scotland, Wales and Northern Ireland and across England, supporting a levelling up The application of next-generation data- of the economy. driven fluid dynamics methods across sectors and into industry The UK is a world leader in fluid dynamics research, including Generation and retention of fluid fundamental, computational, data- dynamics intellectual property and Fluid dynamics is the science driven and experimental methods. expertise in the UK and engineering of flows of The breadth and significance of the any sort - whether liquids, knowledge base is underpinned by gases or plasmas - it includes consistent support from UK Research Fluid dynamics is at the cusp of a and Innovation (UKRI), including new breakthrough, coupling exascale measuring, modelling, predicting the STEM-facing research councils computing and big data to support and controlling fluid flows. EPSRC, BBSRC, MRC, NERC and the optimisation of processes and This includes flows in industry, STFC. UKRI have invested in relevant deep understanding of complex the atmosphere and oceans, research totalling over £2.3 billion problems. It is vital that these over the last 10 years, and provided advances propagate into a wide glaciers, flows in the body and support for skills development via range of application sectors and even astrophysical flows. Fluid Centres for Doctoral Training and companies of all sizes. A National dynamics can be at any speed, similar structures. The research Centre to foster collaboration strength in universities is spread both and further growth is essential to temperature range, spatial scale geographically and among many retaining the UK’s position as a world or time scale. disciplines, including mathematics, leader in fluid dynamics, thereby physics, engineering, biophysics, and underpinning the growth of multiple geo- and environmental sciences. sectors across the UK. 3 INTRODUCTION Creating a sustainable Fluid dynamics influences all of our Although it is a vital component, lives. We rely on fluid dynamics to the importance of fluid dynamics to environment, advancing design safe water supply systems, the economy and society is often to prevent flooding, to enable overlooked. As an enabling discipline, medicine, developing comfortable buildings and to it is not a sector in its own right, efficient industrial provide state-of-the-art treatment yet understanding fluid dynamics is for cardiovascular and respiratory crucial to the safety, reliability and processes and explaining diseases. Harnessing fluid dynamics efficiency of a vast range of sectors. principles drives the transport and For example, investing in fluid the beauty of the natural energy sectors, enabling international dynamics enables new innovations flight and worldwide shipping, and disruptive technologies to world are all enabled delivering lower emission vehicles, facilitate the transition to a green and underpinning the development economy. Delivering this requires through fluid dynamics. of battery technology, wind energy, support for fundamental science biofuels and heat pumps that will and industry, the training and power the next century. Across development of skilled people, and multiple sectors, fluid dynamics sits at investment in experimental and the heart of manufacturing, enabling computational facilities and software. the production of a diverse range of products including filters, paints, For the first time, this report glass, coated papers, personal care evaluates the direct contribution products and even chocolate. that fluid dynamics makes to the UK economy, highlighting the breadth The ability to measure, model of industry sectors where fluid and predict fluid flows is critically dynamics is a critical part of business. important to the innovation of The analysis provides key metrics, processes and products across including the revenue associated almost all industries, and to the with fluid dynamics activities, the monitoring, prediction and response size and distribution of the workforce to environmental processes, from providing these essential skills, the managing urban air quality through gross value added (GVA) to the UK to understanding changes to large economy, and the scale of research scale atmospheric and geophysical investment. flows. Applications of fluid dynamics range from simplified models The analysis is based on a proven through to complex computational methodology for quantifying the simulations that utilise some of the impact of transformative industries, world’s largest supercomputers. which accommodates the diverse New advances in real-time flow nature of the sector and accounts simulation, data-driven processes for the fact that fluid dynamics is and machine learning are on the frequently embedded within large, cusp of bringing a new revolution diversified companies. in fluid dynamics, enabling the next generation of optimised and efficient processes, as well as the ability to understand our world through immersive virtual reality models of the environment. 4
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