Dear Colleagues,
We are delighted to announce the International
Meet & Expo on Fluid Mechanics (FLUIDMEET2025), a landmark event set to
take place in Milan, Italy, from November 17–19, 2025.
This prestigious event is
designed to serve as a dynamic platform for the global fluid mechanics
community. It will bring together an extraordinary array of participants,
including scientists, researchers, physicists, industry leaders, educators, and
practitioners. By fostering this unique convergence of expertise, FLUIDMEET2025
aims to inspire thought-provoking discussions, encourage innovative
collaborations, and advance the boundaries of knowledge in the field of fluid
mechanics.
The event will provide an
invaluable opportunity to explore the latest innovations and technologies,
engage in robust discussions on emerging trends, and address practical
challenges through problem-solving sessions. It will also showcase cutting-edge
solutions and advancements that are reshaping the expansive domain of fluid
mechanics.
We look forward to welcoming
you to Milan for this exceptional gathering, where groundbreaking ideas will
take center stage, professional networks will flourish, and the future of fluid
mechanics will be shaped.
Save the date and join us in
this exciting journey!
Rutgers University
USA
Toronto Metropolitan University
USA
Tohoku University
Japan
Air Force Engineering University
China
National Central University
Taiwan
Sapienza University of Rome
Italy
University of Adelaide
Australia
Skikda University
Algeria
Shigenao Maruyama is a Professor Emeritus and Specially Appointed Visiting Professor of Tohoku University, Sendai Japan. He specialises in thermal and fluid engineering. He has published more than 10 books and 300 academic research papers, and has obtained 60 patents. He has studied various aspects of fluid flow and energy exchange. Based on the principle that conventional heat transfer and thermal control focuses on improving heat transfer and temperature control of equipment, he has proposed a novel concept of heat transfer control in which heat transfer is actively increased or decreased. The proposed active thermal insulation system and heat transfer control device utilises Peltier effects. His work is interdisciplinary, utilising knowledge from various academic disciplines. He has co-authored and edited Thermodynamics (JSME Text series), one of the best-selling books on thermodynamics for mechanical engineering students in Japan. He has also published a book to educate the public about thermal science and a novel describing the accidents at the Fukushima Daiichi nuclear power plants. He received many of the awards listed above. In particular, he received the Medal of Honour with Purple Ribbon from the Japanese government in 2012.
Choose Your Pricing That Fits You Best
Milan,
the capital of Lombardy, is a dynamic city where history and innovation
converge. Renowned as a global hub for fashion, design, and finance, it also
leads in technology and research, making it an ideal destination for
international conferences. Iconic landmarks like the Duomo di Milano, Leonardo
da Vinci’s The Last Supper, and Sforza Castle
showcase its rich heritage. As Italy’s economic powerhouse, Milan excels in
aerospace, automotive, and advanced manufacturing. Its world-class cuisine and
vibrant cultural scene add to its appeal. Easily accessible via international
airports and high-speed rail, Milan offers an inspiring and well-connected
setting for events.
