Welcome to MNF 2027

    We are delighted to announce the 10th International Conference on Micro and Nano Flow (MNF 10), held on September  11-14, 2027, at the Tianjin University of Commerce in Tianjin, China. 

    MNF (Micro & Nano Flows) is an international conference on micro- and nanoscale flows. Founded at the University of Strathclyde, UK in 2006, it has been held biennially, alternating between Europe and North America, with nine editions in London, Thessaloniki, UCL, Milan, Georgia Tech, Imperial College and Padua. MNF 2025 (the 9th edition) was held in Edinburgh. 

    Host the 10th edition, MNF 2027, bringing this international series to China for thefirst time.

    Tianjin, one of China's four direct-controlled municipalities, is a vibrant coastal metropolis located in northern China, just 120 kilometers southeast of Beijing. With a recorded history of more than 600 years since its official founding in 1404 during the Ming Dynasty, Tianjin began as a strategic military garrison and water transport hub on the Grand Canal. In the 19th century, Tianjin emerged as one of China's first treaty ports, leaving a remarkable legacy of Sino-foreign cultural exchange. The Wudadao Historic District, often called the "Museum of World Architecture," features over 2,000 villas and mansions built in various European styles, from British Tudor and French Neoclassical to German Bavarian and Italian Renaissance. 

    Tianjin is also the birthplace of many beloved Chinese folk art forms. The city is famous for Tianjin-style crosstalk (xiangsheng), Peking opera, Yangliuqing New Year paintings, clay figurine Zhang (Niren Zhang) and kite Wei (Fengzheng Wei). The city's rich culinary tradition includes Goubuli steamed stuffed buns, Erduoyan fried rice cakes, and Guifaxiang mahua (fried dough twists) — all beloved local delicacies enjoyed by residents and visitors alike.

· Fundamentals of Micro and Nano Flows

· Heat and Mass Transfer at Micro/Nano Scales

· Boiling and Condensation in Microsystems

· Biomedical Microfluidics

· Micro Flows in Bioprocessing Equipment

· Lab-on-a-Chip Devices

· Microcirculation and Biomedical Flow Structures

· Nanofluids and Applications

· Micro/Nano-engineered Surfaces for Heat Transfer

· Pumps and Other Micro Devices

· Micro Heat Exchangers and Thermal Management

· Measuring, Sensing and Control

· Mathematical and Computational Approaches

· Applications in Cooling of High Flux Devices