Engineering Project Presentation

Presented By：曾亚洲

Co

nte

nts

01 Project overview

02 Introduce the laboratory

03 Introduce the School of MECE

01Project overview

Introduce the lab about energy----Beijing Key

Laboratory of Flow and Heat of Phase Changing

in Micro and Small Scale

Project overview

Introduce the different majors

of the school of MECE and

establish a foundation for future

cooperation

02Introduce the laboratory

Introduction to the experimental platform

Mixed working fluid pool

boiling test platform

Micro-nanostructure

surface steam

condensation experimental

platform

Microchannel-separated

heat pipe system

experimental platform

Microchannel

condensation test bench

Introduction to the experimental platform

Separate microchannel

condensing heat exchanger

experimental platform

PIV particle imaging speed

test bench

Horizontal long thin

channel flow boiling

experimental sub-platform

Lithium ion power battery

microchannel heat

exchange cooling

experimental sub-platform

Porous medium flow heat

transfer experimental

system

Research direction

Four main research

directions in the laboratory

Research on Micro-scale Fluid Flow

and Heat Transfer Enhancement

Study on Flow and Heat Transfer in

Microscale Boiling and Condensation

Process

Nanofluid flow and heat transfer

theory and technology

Study on Phase Change Heat Transfer

of High Energy Beam Metal

Qi Peng Chao Dang Han Zhang

Zhoujian An Yong Ding Yongxin Zhang

【1】 Study on stretch extinction limits of 𝐶𝐻4 / 𝐶𝑂2 versus high temperature 𝑂2 / 𝐶𝑂2

counterflow non-premixed flames

【2】 Experimental investigation on dynamic characteristics of proton exchange membrane

fuel cells at subzero temperatures

【3】 Two-dimensional electrochemical–thermal coupled modeling of cylindrical liFeP𝑂4batteries

【4】 Experimental investigation on bubble confinement and elongation in microchannel

flow boiling

【5】 Investigation on combustion characteristics and NO formation of methane with

swirling and non-swirling high temperature air

【6】 Evaporating momentum force and shear force on meniscuses of elongated bubble in

microchannel flow boiling

【7】 Bubble departure size in flow boiling

Papers published

• In-depth and detailed discussion of laboratory research projects

• assign some students who interest and know the project to the laboratory to study

with the team

• Teachers from both school can also conduct academic communication

• learn and communicate with companies in both countries. Through learning the

different company culture and management mode can we get the benefits each

other.

Establish contact network

03Introduce the School

of MECE

Detailed introduction of different majors

Information about Mechanical and Electronic Control Engineering

Mechanical engineering

Vehicle Engineering

Measurement and control

technology and instruments

Energy and power engineering

Industrial engineering

Mechanical and Electronic

Engineering (International Class)

Mechanical engineering Vehicle Engineering

Mainly about mechanical design, manufacturing and

automation

meet the needs of key technical fields of rail vehicle engineeringFocus on the field of

transportation

Measurement and Control Technology and

Instrumentsknowledge of light,

machine, electricity and control

Focus on the direction of the control instrument

Detailed introduction of different majors

Energy and Power Engineering

Industrial Engineering

“Car and Engine Directions”、“Thermal Engineering Directions”Focus on research in the

field of energy and power

integrated systems of researchers, materials, equipment, energy and

information to achieve high efficiency, high quality and

low consumption of the system.

Mechanical and Electronic Engineering

(International Class)

Focus on international communication on the

basis of mechanical engineering courses.

Detailed introduction of different majors

……

鄂明成：Production system, system optimization——assembly line optimization

蒋增强：System optimization, management information system development——

Enterprise information system

李琦：Reliability and quality management, risk analysis, big data analysis.——

Reliability check, troubleshooting, data analysis

朱晓敏：Manufacturing System Optimization, System Modeling and Simulation,

Logistics System Planning——Modeling and optimizing the system, optimizing

logistics facilities

刘阶萍：Logistics system planning, logistics information system, robot control——

Facility location layout

陆一平：Manufacturing system optimization, operations research optimization——

Layout optimization

Project summary

……

Thank you!

Østfold university

college

&

Engineering Project Report

Responsible department: Faculty of Engineering

Teaching language: English

Duration: Summer 2018

Name: Zeng Yazhou

August 26, 2018

目录

1 Introduction to the laboratory .......................................................................... 2

1.1 Introduction to the experimental platform ............................................. 2

1.2 Research direction ................................................................................. 8

1.3 The contact information about Prof. Jia Li´s PhD students ................ 10

1.4 Papers published in the laboratory ...................................................... 11

1.5 Establishing contact network and recommend further action steps .... 12

2 Introduction to the School of MECE ............................................................. 12

2.1 Detailed introduction of different majors ............................................ 13

2.2 Short summary of different majors...................................................... 22

2.3 Same points and differences ................................................................ 24

2.4 Teacher's main research direction ........................................................ 24

1 Introduction to the laboratory

This laboratory is called Beijing Key Laboratory of Flow and Heat Transfer of

Phase Changing in Micro and Small Scale. Through the communication with Dr.Jia's

doctoral students and searching information on the website, I will show you the details

about the laboratory.

1.1 Introduction to the experimental platform

Through the understanding of Beijing Key Laboratory of Flow and Heat Transfer

of Phase Changing in Micro and Small Scale of Beijing Jiaotong University, some

functional aspects of its experimental platform and instrument were realized.

Mixed working fluid pool boiling test platform

It mainly studies the boiling mechanism of non-azeotropic mixed working fluids,

and obtains the dynamic behavior and boiling heat transfer characteristics of bubbles

during boiling process by means of visualization and temperature and pressure

measurement, which provides theoretical guidance for the industrial application of non-

azeotropic working fluids. There is a heating surface inside the body, the heating area

is 1cm*1cm, and the generation of single or small bubbles is realized to observe the

dynamic behavior of the bubble and combine it with the boiling heat transfer

performance.

Micro-nanostructure surface steam condensation experimental platform

As a highly efficient form of heat transfer, steam condensation plays an

irreplaceable role in power generation, heat management, water desalination and

recovery, and indoor environmental regulation. Improving steam condensation heat

transfer performance and promoting condensate removal will greatly Saving energy and

resources, the micro-nanostructure surface steam condensation experimental platform

mainly studies the dynamic behavior of droplets on the surface of micro-nanostructures

and the macroscopic heat transfer characteristics of the surface during steam

condensation process through visual and experimental measurement methods. The

theoretical basis for achieving the enhancement of steam condensation heat transfer.

Microchannel-separated heat pipe system experimental platform

Today, with the rapid development of high-speed rail, electric traction has become

the mainstream traction mode of rail trains. IGBT is the "heart" of traction electric drive

system. The high temperature is the main cause of IGBT damage. Microchannel

evaporation section-separated heat pipe experimental system, heat transfer experiment

under pure gravity drive system, start-up characteristics, stable operation characteristics

and heat transfer mechanism study; heat-driven characteristics and mechanism research

under power drive; micro-integrated IGBT module Study on the structural form of the

channel evaporation section.

Microchannel condensation test bench

The steam condenses into a liquid state in the microchannel, observes the change

of the condensing flow pattern in the microchannel through a high-speed camera, and

measures the temperature and pressure data to study the heat transfer performance of

the microchannel condensation, and calculates the heat exchange intensity through the

change of temperature. The reinforcement of condensation heat transfer in the

microchannel provides a theoretical basis.

Separate microchannel condensing heat exchanger experimental

platform

Through the visualization method, the flow pattern change of the steam flow inside

the liquid-collecting condensing heat exchanger is observed, and the overall heat

transfer coefficient and pressure drop characteristics of the heat exchanger are studied

through experimental means, and the heat exchanger is compared in the presence or

absence of liquid separation. Performance improvement and proper pipe optimization.

PIV particle imaging speed test bench

Based on Particle Image Velocimetry, the flow field variation and distribution

characteristics of the reactor fuel assembly beam channel are studied. Especially for the

lateral flow field caused by the mixing airfoil positioning grid, the downstream

landscape of the grid is discussed. The relationship between the flow field and the

factors such as the mixing airfoil and the Reynolds number.

Horizontal long thin channel flow boiling experimental sub-platform

The steam generator is the hub of the pressure reactor power unit that connects

the first and second circuits. In the nuclear reactor, when the cooling water comes to

the steam generator with heat, the heat is transferred to the cooling water in the

second circuit through the heat transfer tube, so that the water in the second circuit

boils, and the generated steam drives the steam turbine to generate electricity. The

traditional two-circuit has a large diameter, which occupies a large space, and the heat

transfer situation is not ideal. However, its performance and safety directly affect the

performance and safety of the entire nuclear power plant. With the development of

steam generators in the direction of high power and miniaturization, modern nuclear

power plants hope that the structure of nuclear power plants will be more compact.

Therefore, in order to increase the specific volumetric energy density of heat

dissipation, the study hopes to provide basic reference knowledge for the design of

large-scale plate evaporators.

Lithium ion power battery microchannel heat exchange cooling

experimental sub-platform

With the increasing importance of energy conservation and emission reduction,

the development of new energy vehicles is the main development direction of

transportation energy conservation. Thermal management is one of the core

technologies that restrict the development of batteries and electric vehicles, and has

always been the focus and hotspot of research. Lithium-ion battery cooling test bench

is mainly used for cooling experiments of large-capacity lithium-ion batteries for

electric vehicles. It studies the cooling effect of batteries under different charge and

discharge ratios, ambient temperature, working fluid flow and different battery

combinations. The cooling of the battery pack provides engineering guidance to ensure

that the battery operates properly at lower temperatures.

Porous medium flow heat transfer experimental system

Based on the single-blowing method, the experimental platform for measuring the

fluid-solid coupling heat transfer characteristics in porous foam media was established.

The integrated control, measurement and data acquisition were realized by electronic

control design. By measuring the temperature transient of the airflow and the solid

skeleton when the airflow flows through the foam porous medium, the inversion

method is used to determine the convective heat transfer coefficient; and the

reciprocating ventilation is used to measure the temperature of the airflow during the

cycle time to obtain the heat recovery efficiency.

1.2 Research direction

There are four main research direction, They are microscale fluid flow and heat

transfer enhancement studies, microscale boiling and condensation process flow and

heat transfer studies, nanofluid flow and heat transfer theory and technology, and high

energy beam metal phase transition heat transfer studies. And I will show you the details

about the research direction.

Research on Micro-scale Fluid Flow and Heat Transfer Enhancement

Research content: basic theoretical research on gas flow and heat transfer

mechanism in microchannels; research on liquid flow and heat transfer characteristics

in microchannels; research on microchannel heat exchangers.

Research unit: gas microscale flow and heat transfer research; liquid microscale

flow and heat transfer research; microchannel heat exchanger research. Research on

pulsating heat pipes and data center heat dissipation; complex channel flow boiling and

safety studies.

Study on Flow and Heat Transfer in Microscale Boiling and

Condensation Process

Research content: study of supercooled boiling flow and heat transfer

characteristics in small channels; study of gas-liquid phase transition behavior in

microchannels; study of flow and heat transfer characteristics in small channel

condensation process; microstructure transfer behavior and proton membrane fuel

Research on dynamic mass transfer mechanism of batteries.

Research unit: research on microchannel boiling heat transfer characteristics;

microchannel bubble motion behavior and heat transfer research; fuel cell diffusion

behavior research; pulsating heat pipe mechanism research; High-power power battery

thermal management phase change technology research.

Nanofluid flow and heat transfer theory and technology

Research content: research on flow and heat transfer mechanism of nanofluid

pulsating heat pipe; research on nanowire motion characteristics in solution under

complex multiphysics; theory and application of nano magnetorheological fluid.

Research unit: nanofluid performance research, magnetic nano-solution

condensation and sealing research, nano-solution pulsation heat pipe research,

nanowire solution characteristics research.

Study on Phase Change Heat Transfer of High Energy Beam Metal

Research content: Research on local thermophysical phenomena induced by laser

source characteristics; research on gas-liquid and solid-liquid interface characteristics

of high-density energy melting pool.

Research unit: numerical study of molten pool characteristics, research on metal

welding phase change transfer process.

1.3 The contact information about Prof. Jia Li´s PhD

students

彭 启 Qi Peng Ph.D candidate It mainly

studies heat and mass transfer at microscale.

Email：15116368@bjtu.edu.cn

TEL：15201325492

安周建 Zhoujian An Ph.D candidate The

main research direction is micro-scale boiling heat

transfer

E-mail：14116363@bjtu.edu.cn

TEL ： 15210585174

丁勇 Yong Ding Ph.D candidate The

main research interest is microchannel condensation

research.

E-mail: 14116364@bjtu.edu.cn

党超 Chao Dang Ph.D candidate Mainly

engaged in the study of micro-scale heat and mass

transfer

E-mail : 15116369@bjtu.edu.cn

张翰 Han Zhang Ph.D candidate Mainly

engaged in the research of gas flow metering.

E-mail : 16116370@bjtu.edu.cn

张永欣 Yongxin Zhang Ph.D candidate

Study on the characteristics of non-azeotropic working

fluid condensation

E-mail : 16116369@bjtu.edu.cn

1.4 Papers published in the laboratory

There are totally about 141 paper published in the laboratory, Mainly included in

SCI and EI, and among the doctoral students of professor Jiali, I think Peng Qi, An

Zhoujian and Dang Chao are doing research in the direction of Microscale Fluid Flow

and Heat Transfer Enhancement. Ding Yong and Zhang Yongxin are doing research in

the direction of Flow and Heat Transfer in Microscale Boiling and Condensation

Process.

I will list some papers as example below.

【1】Study on stretch extinction limits of CH4/CO2 versus high temperature

O2/CO2 counterflow non-premixed flames

【2】Experimental investigation on dynamic characteristics of proton exchange

membrane fuel cells at subzero temperatures

【3】Two-dimensional electrochemical–thermal coupled modeling of cylindrical

LiFePO4 batteries

【 4 】 Experimental investigation on bubble confinement and elongation in

microchannel flow boiling

【5】Investigation on combustion characteristics and NO formation of methane

with swirling and non-swirling high temperature air

【6】Evaporating momentum force and shear force on meniscuses of elongated

bubble in microchannel flow boiling

【7】Bubble departure size in flow boiling

1.5 Establishing contact network and recommend

further action steps

In my opinion, I think there are some advice on the cooperation about two schools.

First, Conduct in-depth and meticulous discussions on laboratory research projects,

I think knowing about each other is an important and necessary thing, and then we can

assign some students who interst and know the project to the laboratory to study with

the team and receive further education with the team.

Second , not only can students communicate, but teachers can also conduct

academic discussions. I think it’s important for Beijing jiaotong university to establish

the international relationship with Ostfold university college. And the Ostfold

university college also can conduct academic exchanges. The teachers from two school

can talk about something academic.

Third, it is also a good way to learn and communicate with companies in both

countries. Through learning the different company culture and management mode can

we get the benefits each other.

2 Introduction to the School of MECE

the School of Mechanical and Electronic Control Engineering, In the

undergraduate training stage, there are six majors, namely Mechanical Engineering,

Vehicle Engineering, Measurement and Control Technology and Instruments

Engineering, Energy and Power Engineering, Industrial Engineering, International

Engineering Class for Mechanical Engineering.

I will introduce the school directly firstly, and then I will briefly summarize each

major and discuss the same points and differences.

2.1 Detailed introduction of different majors

Mechanical engineering

Training Objectives of Mechanical Engineering: Training and meeting the needs

of modern manufacturing development, possessing good humanities and social

science literacy and sustainable development potential, mastering solid basic

knowledge of mathematics, foreign languages, physics and computer applications,

with expertise in mechanical design, manufacturing and automation. With advanced

skills and engineering skills, and with international vision and teamwork ability, he is

able to engage in advanced engineering and technical personnel in design,

manufacturing, technology development, applied research and operation management

in the field of mechanical engineering in research institutes and manufacturing

enterprises

During the school, students must learn theoretical mechanics, material

mechanics, engineering drawings, mechanical principles, mechanical design,

mechanical manufacturing techniques, metalworking internships, and knowledge in

addition to mathematics, physics, chemistry, English, and computer science.

Professional basic courses such as internships and mechanical creative practice. On

this basis, in order to meet the requirements of individualized training, professionally

selected courses such as mechanical innovation design, computer-aided three-

dimensional design, computer-aided design and manufacturing, manufacturing

equipment and automation technology, mechatronics technology, robotics and so on.

The major relies on the national-level mechanical engineering experimental

teaching demonstration center to carry out a large number of experimental teaching,

and at the same time arranges four integrated comprehensive practical teaching links

through the mechanical principle scheme design, mechanical system innovation

design, modern manufacturing technology and electromechanical system design.

Project-based teaching methods are used to comprehensively develop students'

engineering practice, teamwork and innovation.

Vehicle Engineering

The predecessor of the vehicle engineering of Beijing Jiaotong University is the

railway vehicle and diesel locomotive that was established in 1958. The rofessionally

applied engineering of transporting tools is a national key discipline. The vehicle

engineering discipline is a key discipline of the Ministry of Railways. The further

study of students exceeds 35 % per year. After the school was transferred from the

Ministry of Railways to the Ministry of Education in 2000, the professional name was

changed to mechanical engineering and automation (railway locomotives), but the

railway features have not changed! In 2007, the majors of mechanical engineering and

automation (railway locomotives) successively obtained national-level specialty and

Beijing-specific professional construction projects; in 2011, with the approval of the

Ministry of Education, the professional name was changed to vehicle engineering.

It has the background of large-scale rail transit engineering, meets the needs of

key technical fields of rail vehicle engineering, has solid basic theory, systematic

professional knowledge, strong engineering quality, professional expression ability and

engineering practice ability, and has international vision and teamwork ability. , capable

of competent engineering talents in the design, manufacture and operation management

of rail transit vehicles.

In the process of converting high-speed EMUs from “Made in China” to“Created

in China”, the profession has fully utilized the professional construction experience

and solid foundation of more than 50 years of rail vehicles, advancing with the times,

relying on national key disciplines, scientific research support, and school. Enterprise

cooperation, continuously strengthen the construction of professional connotation,

solve the problem of how the knowledge structure and ability of featured

professionals can adapt to the development needs of the industry, the "win-win"

mechanism of joint development of talents by schools and enterprises, and how the

discipline advantages lead professional development. This major has become a

national-level specialty, the first batch of outstanding engineer training program pilot

program, national professional comprehensive reform demonstration program;

cooperation with enterprises to establish two national engineering practice education

centers and two Beijing-level off-campus talent training base, independent Developed

the first professional teaching experiment platform for EMUs in the country, and

supported the construction of the “12th Five-Year” National Experimental Teaching

Demonstration Center of the Mechanical Engineering Experimental Center, forming

an integrated practice platform integrating internal and external schools.

Measurement and control technology and instruments

The measurement and control technology and instrumentation profession pays

attention to the "electromechanical combination" in the process of student training, and

integrates the teaching reform results of our school in recent years, fully embodying the

teaching characteristics of "wide caliber, thick foundation, heavy personality, strong

ability, and innovation". Two years of mathematics and natural sciences, humanities

and engineering, professional basic courses, two years of professional courses. In the

training plan, we pay attention to the cultivation of practical links and students' practical

ability. The practice links run through the university for four years, and the practice

ratio reaches 57%. The mechanical design of the course is a national bilingual class.

The engineering training and mechanical principles are Beijing-level quality courses,

the automatic control principle, the measurement and control system design, and the

computer control technology are the school-level quality courses.

Training objectives of measurement and control technology and instrumentation:

Cultivate in line with national development needs, has a solid natural science

foundation and good humanistic quality, has a light, machine, electricity, control

professional knowledge structure, has practical ability, communication ability and

innovative spirit, can engage in various sectors of national economy such as rail

transit Engineering and technical personnel who design, manufacture, research and

develop and manage automatic detection and control, measurement and control

instruments and equipment.

The expertise and abilities students should have after graduation:

(1) The system masters the professional basic knowledge of information

detection and automatic control technology;

(2) The system masters the expertise of opto-mechatronics technology,

electromechanical system detection and control, and intelligent instrument and

instrument design, and understands the development trend of the detection and control

disciplines;

(3) Strong computer and hardware development capabilities for computer

applications, data processing and measurement and control systems;

(4) Basic ability to design and use modern integrated detection and control

systems.

Beijing Jiaotong University's measurement and control technology and

instrumentation has high-quality practical conditions such as national engineering

experimental teaching demonstration center for mechanical engineering, national

physics and electrical and electronic basic course base, and relying on the national key

discipline of "carrier engineering application" and "rail vehicle structure". Reliability

and Application Detection Technology" Ministry of Education Engineering Research

Center and "Advanced Manufacturing and Measurement and Control Technology for

Vehicles" National Defense Key Laboratory of the Ministry of Education.

Energy and power engineering

“Energy and Power Engineering” is a traditional advantage specialty of Beijing

Jiaotong University. Its predecessor was the “locomotive internal combustion engine”

established in the 1950s. In the 20th century, the "locomotive internal combustion

engine" professional cultivated a large number of outstanding talents for China,

especially the railway industry.

According to the professional characteristics, the “Energy and Power

Engineering” major trains students on the basis of generosity and according to the two

directions of “car and engine direction” and “thermal energy engineering direction”.

During the school, students should not only study public basic courses and

professional basic courses such as Engineering Thermodynamics, Engineering Fluid

Mechanics, Heat Transfer, Engineering Combustion, and Thermal Energy and Power

Testing Technology. According to the professional direction, learn the professional

courses such as "Internal Combustion Engine", "Automotive Theory" or "Boiler

Principle" and "The Principles of Steam Turbine". All the main courses and some

professional courses adopt the research teaching mode, and some of the main courses

use bilingual teaching.

Beijing Jiaotong University's "Energy and Power Engineering" major mainly

cultivates energy and power engineering fields, especially the "car and engine

direction" or "thermal energy engineering direction" has a solid theoretical

foundation, strong practice, adaptability and innovation ability, higher The high-level

technical talents of moral quality and cultural quality to meet the social research and

development, design, teaching, engineering, management and management Talent

Demand. Graduated students should have a broad knowledge of natural sciences,

humanities and social sciences, broad theoretical foundations such as thermals,

mechanics, electricity, mechanics, automation, systems engineering, expertise and

practical skills in energy and power engineering, and computer applications.

Knowledge of automatic control technology. Graduates can pursue research, teaching,

development, manufacturing, planning, management and marketing in energy and

power engineering and related fields. They can also pursue further studies in this

major or related majors to pursue master's and doctoral degrees.

Beijing Jiaotong University's "Energy and Power Engineering" professional

practice platform mainly relies on the "New Energy Vehicle Powertrain Technology"

Beijing Key Laboratory and the "Advanced Manufacturing and Measurement and

Control Technology for Vehicles" Ministry of Education Key Laboratory; And many

experimental platforms such as liquid fuel combustion, engine electronic control

technology, diesel combustion and emission control, engine cooling, hybrid system,

heat and mass transfer, pulsating heat pipe, proton exchange membrane fuel cell, fine-

scale boiling, mixed gas condensation, etc. The calculation and analysis platform has

a number of undergraduate and postgraduate practice teaching bases, such as thermal

laboratories, combustion laboratory, engine laboratory, disassembly laboratory, etc.,

and has the hardware foundation for cultivating high-level undergraduates and

postgraduates.

Industrial engineering

Industrial engineering is a complex engineering major that intersects engineering

technology and management technology. It combines the expertise and technology of

mathematics, physics and social sciences, and is dedicated to researchers, engineering

principles and methods. The planning, design, improvement, and optimization of

integrated systems of materials, equipment, energy, and information to achieve high

efficiency, high quality, and low consumption of the system. In the more than 100

years of industrial engineering development, a series of effective methods have been

proposed for work organization, quality improvement, production planning and

control, facility layout, enterprise site selection, material and procurement

management, and supply chain design. The efficiency and quality of production and

services have reduced costs and promoted the rapid development of social

productivity.

Beijing Jiaotong University is affiliated with the School of Mechanical and

Electronic Control Engineering, relying on the “Internationalized Entrepreneurship

Engineering and Management Compound Talent Training Model Innovation

Experimental Zone (National)”, “Mechanical Engineering Experimental Teaching

Demonstration Center (National)” and "State Key Laboratory of Rail Traffic Control

and Safety", guided by the characteristics of Beijing Jiaotong University, implements

the teaching philosophy of "doing middle school, industry-university cooperation,

internationalization", and is committed to cultivating the engineering background,

management and technology integration. Internationalized compound talents that

focus on practice and innovation. Professional students are required to study the basic

courses of public basic courses and mechanical design, management operations

research (biling), manufacturing processes and systems, as well as production

planning and control (biling), quality management and reliability (English) ), logistics

analysis and facility planning (bilingual), engineering economics (bilingual), system

modeling and simulation (bilingual), human factors engineering, and other

professional courses; also participate in automated manufacturing system practice,

production system practice, and the United States Woods Institute of Technology's

international collaborative practice and other practical courses to develop students'

ability to solve practical problems.

At present, the industrial engineering profession has the first domestic

comprehensive monitoring and simulation platform for rail transit human factors with

independent intellectual property rights, modern integrated manufacturing systems,

and production and service system operation optimization and simulation laboratories,

which can guarantee teaching and scientific research in all aspects.

Mechanical and Electronic Engineering (International Class)

The Internationalization Program in Mechanical Engineering (hereinafter

referred to as the International Class) is an important component and forward-looking

measure of Beijing Jiaotong University's education internationalization strategy. In

September 2010, our school selected students from the freshmen to form the first

international class of mechanical engineering and automation. The school utilizes a

wealth of high-quality international education resources, employs a group of foreign

teachers to participate in the teaching of the international class, and teaches in English

to create an international educational environment and atmosphere. It is guided by the

international advanced engineering education concept and aims to train a group of

Mechanical engineering talents with international vision, cross-cultural

communication skills and international competitiveness.

The international class adopts the teaching content and teaching mode that is in

line with the world's top universities. The main courses are taught in English. The

first-class original English textbooks are used. From lectures and discussions to

examinations, all English are used. Foreign professors are hired for short-term

classroom teaching. Opportunities to experience the teaching and learning methods of

top foreign universities, create opportunities for students to exchange face-to-face

with foreign professors, and offer special cultural courses and global vision lectures to

help students understand the impact of different cultural backgrounds on economic

and technological exchanges. Students' international vision and international

communication skills.

The international education environment created by the international class will

lay a good language foundation for students participating in the international joint

training program, strengthen students' awareness of communication expression,

hands-on implementation and teamwork, improve students' adaptability in a

globalized environment, and broaden students. International exchange channels

enhance their future international competitiveness.

The first and second grade courses of the international class are mainly based on

the general engineering courses of mechanical and electrical categories, and the third

and fourth grades are mainly mechanical engineering courses, and various teaching

activities in the English environment are carried out. Humanities and social science

courses are still taught in Chinese. At the same time, from the beginning of the

freshman year, the "machine creative design practice" organization "quality

development" and other practical courses to strengthen students' hands-on ability,

open a global vision lecture, cultural dimension in the global business environment

and science and technology English writing courses to develop students International

vision to improve international communication skills.

2.2 Short summary of different majors

In this part, I will summarize the different majors in some key words, and express

the major in short sentences, meanwhile, I will compare the same points and differences

in the six majors.

Mechanical Engineering

Key words: design, manufacturing, technology development, applied research and

operational management.

It is mainly to cultivate the professional knowledge and skills of mechanical design,

manufacturing and automation as well as engineering practice ability. Graduates can be

in the field of mechanical design and manufacturing, mechanical and electronic,

information technology and related research institutes, modern manufacturing

companies, high-tech industry companies and government agencies, they are engaged

in scientific research, product development and management.

Vehicle Engineering

Key words: transportation, rail transit engineering, rail transit vehicles

Mainly used in the railway industry, it has played a major role in the development

of high-speed rail in recent years, mainly related to vehicle research, design and

development, manufacturing, quality inspection and control, use and maintenance,

related testing equipment and instrument development.

Measurement and Control Technology and Instruments

Key words: light, machine, electricity and control, automatic detection and control

Mainly engaged in computer applications, electronic information, intelligent

instruments, virtual instruments, measurement and control, automation and other fields

of product design and manufacturing, technology development, application research,

enterprise management and so on.

Energy and Power Engineering

Key words:,energy and power

Two research directions: “Car and Engine Directions”, “Thermal Engineering

Directions”. Meet the needs of the society for talents in research, design, teaching,

engineering, management and management in the field of energy and power

engineering.

Industrial Engineering

Key words: improvement and optimization.

Integration of engineering background, management and technology. Dedicated to

the planning, design, improvement and optimization of integrated systems of

researchers, materials, equipment, energy and information to achieve high efficiency,

high quality and low consumption of the system.

International Engineering Class for Mechanical Engineering

Key words: international communication, basis mechanical engineering courses.

Adopting a teaching model that is in line with international universities. The

course is an electromechanical engineering basic course and a mechanical engineering

course. The purpose is to broaden the channels for students to exchange internationally

and enhance their future international competitiveness.

2.3 Same points and differences

Same points: in my opinion, they all belong to engineering subjects, and students

in different majors will all learn the same courses in sophomore, called public

foundation course, and then they can choose what they like for further education.

Additionaly, Students will take course-related lab classes, physics experiments, etc.

Differences: there are many different aspects in the six majors.

From the overall design of the course, industrial engineering belongs to the

discipline of engineering and management. International engineering class for

mechanical engineering belongs to the international training mode. The other four

majors belong to traditional engineering subjects.

From the content of the major, there are many differences, Mechanical

engineering is mainly related to plant mechanical design, manufacturing and

automation, such as design-related instruments for automated operation design. It

works through mechanical products. Vehicle engineering is mainly focused on rail

transportation, such as the design and manufacture of high-speed rail. Measurement and

control technology and instruments are mainly engaged in the automatic detection and

control of instruments and equipment, and play an important role in the control of the

instrument. Energy and power engineering play a major role in the energy and power

fields, and play a role in how to make more energy in car engines and how to save

energy. Industrial engineering is mainly the combination of engineering analysis and

management to achieve system planning, design, improvement and optimization. The

International Course in Mechanical Engineering is based on mechanical engineering

and is mainly taught in English, which strengthens international exchanges.

2.4 Teacher's main research direction

鄂明成：Modern Production Model and System Integration, Manufacturing

and Service System Operation Optimization Theory and Technology

Teacher E mainly focuses on the lean production direction. The basic theoretical

research on industrial engineering is extensive, and the research is biased towards the

production and operation mode of modern factories and the optimization of production

lines.

Essay published：

【1】智能制造系统的自组织单元结构研究[J]．北方交通大学学报，2000，

24(4)

蒋增强：The main research direction is manufacturing system operation

optimization theory and technology, maintenance optimization decision

Teacher Jiang’s lectures on our content mainly involve database knowledge. The

lectures are mainly for the development of information systems. We also completed the

development of a conference room information management system. His research

direction also includes research on enterprise production planning, how to formulate a

more reasonable production plan, rational allocation of enterprise resources, modeling

and simulation of the system operation and optimization.

Essay published：

【1】Distributed Dynamic Scheduling for Cyber-physical Production Systems

Based on a Multi-agent System[J]. IEEE Access, 2018，6（1）：1855-1869.

【2】Optimizing the re-profiling policy regarding metropolitan train wheels based

on a semi-Markov decision process [J]. Proceedings of the Institution of Mechanical

Engineers, Part O: Journal of Risk and Reliability, 2017，231(5): 495-507.

李琦：Reliability and Quality Management, Risk Analysis, Operations

Research and Mathematical Modeling, Big Data Analysis.

Li Qi's research is mainly based on the analysis of the feasibility of quality research

based on data analysis, and includes the optimization of the system through knowledge

of operations research modeling. Teacher Li Qi also focuses on big data analysis and

collects and analyzes large-scale data to build models.

Essay published：

【1】A farm-level precision land management framework based on integer

programming." PloS one 12.3 (2017)

【 2 】 Techno-economic analysis of biofuel production considering logistic

configurations." Bioresource technology 206 (2016): 195-203.

朱 晓 敏 ： Intelligent Manufacturing and Service System Operation

Optimization Theory and Technology, Complex System Modeling,

Simulation and Evaluation, Logistics System Planning and Operation Mode

Analysis

Teacher Zhu Xiaomin mainly studies modern manufacturing systems and their

operation scheduling optimization, job shop production scheduling model and

optimization algorithm, and flexible operation workshop production operation

optimization. The current research direction of the project mainly includes hospital

scheduling optimization.

Essay published：

【1】A Flexsim-based Optimization for the Operation Process of Cold-Chain

Logistics Distribution Center[J], Journal of Applied Research and Technology, 12: 270-

278, April 2014.

【2】A Novel Optimization Method on Logistics Operation for Warehouse & Port

Enterprises Based on Game Theory[J], Journal of Industrial Engineering and

Management, 6(4): 895-908, 2013.

刘阶萍：Logistics System Planning, Logistics Information System, Computer

Simulation, Scheduling Theory and Application, Robot Control

Teacher Liu’s courses for our undergraduate professors are mainly logistics

systems and modeling, but the projects they do are mainly robotic control.

Essay published：

【1】供应链配送网络设计优化模型及其求解 [J]。物流技术，2009-

05,5(5).95:98

陆一平：Manufacturing and service system operation optimization theory and

technology, intelligent engineering and knowledge management, cutting and

filling layout problems, optimal theory and method

Teacher Lu mainly teaches the course of operations research when he teaches

undergraduate courses. The research direction is mainly the optimization direction,

which mainly includes the optimization of manufacturing service system and a series

of optimization based on algorithm.

Essay published：

【1】Packing cubes into a cube is NP-complete in the strong sense [J]. Journal of

Combinatorial Optimization, 2015, 29(1): 197-215.