Ultrasonic flow measurement | Abstract English translation (please dont use online translation for English experts) | Orifice meter

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1. Jiang Yongs personal experience

Main learning experience: 1981.9-1985.6 School of Thermal Energy and Power of Hefei University of Technology, obtained a bachelors degree in engineering 1990.9-1993.6 School of Automotive Science of Jiangsu University of Technology, obtained a masters degree in engineering 1998.5 School of Automotive Science of Jiangsu University of Technology, obtained a doctors degree in engineering Main work experience: 1995.10-1996.11 Department of Biological Resources of Japan Sanchong University, visiting scholar 1998.6-1999.2 School of Automotive Science of Jiangsu University of Technology, lecturer 1999.3-2000.12 State Key Laboratory of Fire Science, University of Science and Technology of China, postdoctoral candidate 2001.1-2010.12 State Key Laboratory of Fire Science, University of Science and Technology of China, associate professor, deputy director of Computer Simulation Research Office 2010.12- Up to now, professors of University of Science and Technology of China are mainly social part-time

1. Communication review expert of National Natural Science Foundation of China 2 Member of the Editorial Board of the Journal of China Safety Production Science and Technology 3 Special Reviewer for the Journal of Combustion Science and Technology 4 The main research directions of the reviewer for the journal "Fire Science" are: 1. Computer numerical simulation of fire processes 2. Advanced calculation methods for turbulent reaction flows 3. Reaction kinetics mechanisms 4. Fire investigation 5. Performance based design and safety evaluation of fires Research, teaching, and awards: 1. Responsible research projects 1. Field area network composite simulation: Sub project "Fire Dynamics Ev

ultrasonic flow measurement|orifice meter
olution and Prevention Fundamentals" of the Ministry of Science and Technology 973 Project, April 2002 March 2007. 2. Joint conditional velocity/scalar measurement and conditional moment closed simulation in fire: National Natural Science Foundation of China General Project, January 2003 December 2005. 3. Research on Fire Process Reconstruction Based on Carbonization Trace Material Determination and Structural Analysis: General Project of National Natural Science Foundation of China, January 2005 December 2007. 4. Numerical simulation of smoke movement in sports stadium fires: Sub project of the Ministry of Science and Technologys Science and Technology Olympics Special Project, September 2001 December 2004. 5. Numerical Prediction Technology for Indoor Fire Processes in Urban Buildings: Key Research Project of Anhui Provincial Department of Education, September 2002-2004.9. 6. Simulation Technology for Turbulent Combustion of Low Carbon Alkanes - Study on Flow Region Decomposition Calculation Coupled with Detailed Chemical Reaction Dynamics: Open Fund Project of Jiangsu Key Laboratory of Automotive Engineering, September 2000 to September 2002. 7. Performance based design of the terminal building of Jinan Yaoqiang International Airport - numerical simulation of fire spread and smoke movement: a sub project of a key project in Shandong Province, from September 2002 to November 2002 The fund project "Fire Protection of Ultra High rise Buildings" has multiple performance-based fire safety design projects, including performance-based design for the National Centre for the Performing Arts, performance-based design and evaluation for the Beijing University of Science and Technology Gymnasium, performance-based design and eval

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