Zhu Hailin, male, Ph.D., professor of School of Mechanical Engineering, Changzhou University, tutor of master students. Mainly engaged in the scientific research of gear pump, optimization design and system reliability, and engaged in the teaching of mechanical engineering testing technology, mechanical optimization design and system reliability design. He presided over the National Natural Science Foundation research project 1, published more than 90 papers in academic journals at home and abroad, and authorized 2 domestic invention patents.
Chinese name: Zhu Hailin
Occupation: teacher
Main achievements: more than 90 papers have been published in academic journals at home and abroad, and 2 invention patents have been authorized in China.
Representative works: mechanical optimization design, system reliability design.
Personal experience
Education experience
1993/03- 1996/03, University of Science and Technology Beijing, doctor of engineering;
1985/09- 1988/06, Anhui university of science and technology, master of engineering;
1980/09- 1984/06, Anhui university of science and technology, bachelor of engineering.
Business experience
1997/02 till now, professor of mechanical design, manufacturing and automation department, School of Mechanical Engineering, Changzhou University.
1984/06-1997/01,Department of Mechanical Design, School of Mechanical Engineering, Anhui University of Science and Technology, teacher.
Scientific research field
project
1) "eighth five-year plan" scientific and technological key projects:100t development of fault diagnosis and monitoring device for hydraulic system of mining dump truck, research on non-contact measurement of pipeline flow and fault diagnosis of flow signal hydraulic system.
2) Natural Science Foundation Project of Jiangsu Provincial Department of Education: Research on New Gear Pump for High Viscosity Liquid Transportation. The project has passed the appraisal of the provincial science and technology department, and the acceptance conclusion is "excellent". The guidance for the safe operation of high-viscosity gear pumps summarized in this project was reprinted in the 3554th and 356 1 issues of China Chemical Industry News respectively, and users specially called for advice.
3) Changzhou industrial science and technology key project: research on key technologies and industrialization of high unloading loaders, and research on how to optimize the configuration of loader working mechanism to improve unloading height.
4) Changzhou Reducer General Factory Co., Ltd. Project: Research on Minimum Volume Optimization Design of RPG28 Planetary Reducer. On the premise of meeting the bearing capacity and strength, the gear reducer has the smallest volume and the lightest weight, which reduces the manufacturing cost.
5) Changzhou Science and Technology Key Project: Application and Promotion of Key Technologies of Manufacturing Informatization. The types, collection and processing of product-related data are analyzed and studied.
6) Changzhou Rongchi Engine Technology Co., Ltd. Project: Performance analysis of engine valve train. Aiming at the practical engineering problems existing in the design and analysis of engine valve train, the calculation method of motion law and motion characteristics (displacement, speed and acceleration) analysis of cam, rocker arm and valve is derived, which can evaluate the performance of existing valve train and redesign the cam profile curve.
Published papers
1) Fault Diagnosis of Hydraulic System Based on Flow Signal 200 1No. 1 Journal of University of Science and Technology Beijing.
2) Characteristics and development direction of gear pump for conveying high viscosity liquid 2002No. 1 Petroleum machinery
3) Keep the gear pump healthy. Phase III Chemical Engineering in 2002
4) Gear Pump Displacement Calculation Gear Displacement 2002 Third Machine Tool and Hydraulic Pressure
5) Gear modification design of No.3 machine of multi-gear gear pump in 2002.
6) Non-invasive Flowmeter Measurement Method for Natural Gas Pipeline, No.7, 2002. Journal of gas
7) A new gear pump for conveying high viscosity liquid and its optimal design.
8) Optimization method of hydraulic and pneumatic basic parameters of force-closed gear pump 2003 # 3
9) Visualization Method for Solving Discrete Variable Optimization Problems, No.5 Mechanical Engineer, 2003
10) Serialized design of high viscosity gear pump for petroleum machinery based on VisualBasic 2003No.9
1 1) Visual calculation of basic parameters of displacement gear pump 2003 No.5 machine tool and hydraulic pressure
12) Journal of University of Petrochemical Technology,No. 1 2004.
13) gear GUI simulation based on geometric equation, No.5 microcomputer application in 2004