Supported by the ‘Foreign Experts Program’ high-endforeign expert project at Shanghai University of Engineering Science, weinvited Professor William Yang, Principal Scientist at CSIRO in Australia andan internationally renowned expert in experimental fluid mechanics, to give aseries of lectures on the topic of fluid measurement technology and engineeringapplications. The project consisted of four lectures held in 8B222, withenthusiastic participation from faculty and students who filled in the venue.The series of lectures, hosted by A/Prof Yidan Shang, began on the 3rdof September and was completed on the 20th of November, achievingremarkable success with solid support from the School of Mechanical andAutomotive Engineering.
The series of lectures focused on Prof.Yang’s over 30 years of fundamental research in fluid measurement technologyand his valuable experiences of collaborating with global industrial partners.These experiences helped young lecturers and students at the University. He broadenedtheir global perspectives in engineering research and research methods, as wellas their understanding of translating fundamental research outcomes intoindustrial applications through collaborations between academia and industry.The four lectures are summarized as follows.
Lecture One: Introduction to Basic FluidMeasurement Techniques
On September 3, the series of lecturesbegan with ‘Introduction to Basic Fluid Measurement Techniques’. Prof. Yangexplained the fundamental principles of pressure measurement, flow velocitymeasurement, and flow rate measurement in an approachable manner. Hedemonstrated the setup and operational processes for measurement experimentsand provided a detailed analysis of methods for quantifying flow velocity,pressure, turbulence, and other flow characteristics, as well as the importanceof error analysis. The lecture led to active audience participation andfruitful discussions.
Lecture Two: Introduction to Laser-BasedFluid Measurement Technology
On September 10, the second lecture focusedon ‘Laser-Based Fluid Measurement Technology’. Prof. Yang provided a detailedintroduction to advanced equipment such as Particle Image Velocimeters and LaserDoppler Velocimeters. This equipment brought up cutting-edge technologies likeparticle/liquid droplet imaging analysis systems and focused beam reflectionmeasurement systems. Through attractive case studies and practicaldemonstrations, attendees gained deep insights into laser-based fluidmeasurement technologies.
Lecture Three: Engineering Applicationsof Fluid Measurement Technology
On November 12, the third lecture focusedon ‘Engineering Applications of Fluid Measurement Technology’. Prof. Yangshared field measurement examples involving copper solvent extraction settlingtanks and high-current aluminium electrolysis cells, along with experiences infield measurements and physical model construction. Through specificengineering examples, attendees deeply appreciated the wide-rangingapplications and value of fluid measurement technology in engineering fields.
Lecture Four: Medical Applications ofFluid Measurement Technology
The series of lectures concluded with the topic‘Medical Applications of Fluid Measurement Technology’. Prof. Yang exploredinnovative applications of fluid measurement technology within medicalengineering, including physical models for artificial heart pumps and valves,nasal drug delivery system flow field research projects, and intracranialaneurysm blood flow diversion stent physical models. The content was novel andcutting-edge, opening new horizons for attendees who are interested in thefield of medical engineering.
After each lecture, Prof Yang engaged inin-depth interactive discussions with the audience. He addressed theirquestions and explored the latest advancements and future trends in laser-basedfluid measurement technology. This series of lectures not only deepened theaudience's understanding of fluid measurement technology but also provided themwith valuable practical guidance and inspiration. The lectures received strongsupport from the university's International Office, the School of Mechanicaland Automotive Engineering, and the Department of Mechanical Manufacturing, aswell as enthusiastic responses from faculty and students across the university.Through this lecture series, we witnessed the significant value of laser-based fluidmeasurement technology and experienced the charm of effective academic presentations.
