Darren Crowdy is affiliated with Imperial College London in the United Kingdom and has produced a significant body of research primarily in the fields of engineering and physics and astronomy. Their work extensively covers computational mechanics and condensed matter physics, with notable contributions in surface modification, fluid dynamics, and micro and nano robotics.
The scientist's recent publications demonstrate a focus on fluid dynamics and surface phenomena. Key papers include:
Throughout their career, Crowdy has frequently published in several key scientific venues, including:
Their collaborations include multiple papers coauthored with researchers such as Hiroyuki Miyoshi, Rhodri Nelson, Vikas S. Krishnamurthy, Henry Rodriguez-Broadbent, and Adrian Constantin.
The principal research topics covered in Crowdy's work encompass:
Crowdy has also contributed to academic literature in the form of book publications. One notable book, published by the Society for Industrial and Applied Mathematics in 2020, is Solving Problems in Multiply Connected Domains, which has been cited multiple times.
The scientific output of Darren Crowdy reflects multidisciplinary research spanning fundamental and applied aspects of engineering and physics, with a particular emphasis on fluid mechanics, surface science, and simulation techniques.
Darren Crowdy
Darren Crowdy;Jonathan Marshall
Darren Crowdy
Darren Crowdy
Darren Crowdy
Darren Crowdy;Jonathan Marshall
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Darren G. Crowdy
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Darren Crowdy
Darren G. Crowdy;Jonathan S. Marshall
Darren G. Crowdy;Yizhar Or
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Darren Crowdy;Sungyon Lee;Ophir Samson;Eric Lauga
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Darren Crowdy;Everett Kropf;Christopher Green;Mohamed Nasser
Darren Crowdy;Jonathan Marshall
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