PhD. Nha Tuong Linh

• Introduction to Mechatronics

• PLC & Industrial System

• Sensors and signal processing

• Mobile Robots

• Human – Machine Interface

• Research, design of pneumatic and hydraulic control systems.
• Hydrodynamic study of multi-phase fluid system
• Control systems, industrial automation
• Intelligent control, PLC and industrial communication

• 09/2000 – 06/2005 : Engineer degree of Mechanical engineering at Hanoi University of Science and Technology – Vietnam
• 09/2006 – 10/2008 : Master degree of Hydro – Mechanical engineering at Hanoi University of Science and Technology
• 10/2010 – 09/2018 : PhD of Mechanical engineering at Moscow Polytechnic University – Russian

Domestic Proceedings:
International Proceedings
1. Kondratev A.S., Nha T.L., Shvydko P.P. “Fundamentals of engineering methods for calculating hydrotransportation of solid particles in horizontal and vertical pipes”. International scientific conference FUNDAMENTAL AND APPLIED PROBLEMS OF MECHANICS (FAPM- 2017).
2. Kondratev A.S., Nha T.L. “ Calculation of the hydraulic slope during the movement of a two-phase mixture in inclined pipelines ”. XL International scientific and practical conference of scientific and teachers and students “Innovative transport potential”. 2019.
National Journals:
International Journals:
1. Kondratev A.S., Nha T.L. “The basic of hydrodynamic parameters in the motion of fluid with monodisperse of coarse solid particles in vertical pipes”.Fundamental research. – 2016. – № 9. – P. 35-41.
2. Kondratev A.S., Nha T.L., Shvydko P.P. “Calculation hydraulic drag coefficient of free-form solid particles”.Fundamental research. – 2016. – № 11. – P. 286-292.
3. Kondratev A.S., Nha T.L., Shvydko P.P. “The Colebrook-White general formula in pipe flow for arbitrary sand roughness of pipe wall”. Fundamental research. – 2017. – vol 1. – Pp. 74-78.
4. Kondratev A.S., Nha T.L., Shvydko P.P. “The new formula for calculation hydraulic resistance coefficient for arbitrary sand roughness surface of the pipe wall”. Modern high technologies. – 2017. – vol 3. – Pp. 18-22.
5. Kondratev A.S., Nha T.L., Shvydko P.P. “Analysis of movement of coarse particles in horizontal and vertical pipes”. Modern high technologies. – 2017. – vol 11.–Pp.31-39.
6. Kondratev A.S., Nha T.L., Shvydko P.P. Fundamentals of engineering methods for calculating the hydrotransportation of solid particles in horizontal and vertical pipes //. Engineering Journal: Science and Innovation. – 2018. − vol 3(75). − 19p.
http://engjournal.ru/catalog/mech/mlgp/1740.html. DOI:10.18698/2308-6033-2018-3-1740.
7. Kondratev A.S., Nha T.L. Calculation of hydrodynamic parameters about motion two-phase mixture with monodisperse solid particles of fine and medium size in vertical pipes // fundamental research. – 2018. − № 4. − с. 34-43.
8. Kondratev A.S., Nha T.L. “ Method of computing hydraulic gradient for the case of a two-phase mixture flowing in sloping pipes”. Engineering Journal: Science and Innovation. – 2019. − vol 11(95). − 10p. http://engjournal.ru/articles/1930/1930.pdf, DOI: 10.18698/2308-6033-2019-11-1930