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Key Point—Collaboration with Enterprises Cultivating reserve talents of engineering needs the participation and collaboration of enterprises, which is a key to the implementation and effectiveness of Excellence Program.
The innovation of engineering technology elaborates new ideas, technologies, material and equipment as many as possible in the process of engineering scheme and implementation.
Therefore, engineering practice and training are key links during the cultivation of excellent engineers, guaranteeing the quality of excellent reserve talents of engineering.
Controlling Practical Process Practice training is key link during the cultivation of excellent engineers.
Materials Processing Technology Part3 TRANS TECHPUBLICATIONS ISSN:1022-6680.p1812-1815 [4] Liu Changming was born in 1955 in Tianmen, Hubei Province.

Structural materials and materials for specialised or functional applications are continuously evolving, driven by innovations in synthesis technologies and the demand for higher performance and durability.
This special edition brings together results of key developments in both foundational and emerging aspects of engineering materials and their processing and applications, and is intended for students, researchers, and professionals in materials science and applied technologies.
Steel, Alloy, Metal Materials, Additive Manufacturing, Orbital Laser Welding, Friction Self-Piercing Riveting, Mechanical Properties, Zinc Oxide, Thin Films, Gas Atomization, Graphene Oxide, Cellulose, Frictional Contact, Graphene, Optical Modulator

Tracking study on international large scale centrifugal shakers of 40g-t and key technology Yongzhi Wang1, a, Weiming Wang1, b and Xiaoming Yuan 1, c 1Key Laboratory of Earthquake and Engineering Vibration, Institute of Engineering Mechanics, China Earthquake Administration, Heilongjiang, Harbin 150080, China ayong5893741@163.com, bwswwm1983@163.com, cyxmiem@163.com Keywords: Large centrifugal shaker, key technology, structural characteristic, comparison Abstract.
Such situation remarkably lags behind the serious seismic conditions and the world largest construction scale of civil engineering in China.
Large centrifugal shakers are necessary to countries with high-frequency earthquakes, nevertheless, no such facilities have been built in China, which situation sharply lags behind the complicated engineering geotechnical conditions, the rapid engineering construction growth and the serious seismic risks in China.
[3] Wang Yongzhi, Yuan Xiaoming, Sun Rui: Journal of Earthquake Engineering and Engineering Vibration.
[7] Wang Yongzhi, Yuan Xiaoming, Sun Rui: World Earthquake Engineering.

A Study of Reverse Engineering Based on 3DSS Data Acquisition Li Xiang1,a , Huang Jun-min1 1Anhui Polytechnic University, Wuhu 241000, China alixiangah@yeah.net Key words: 3DSS, data collection, reverse engineering, product development Abstract: This work introduces the workings of reverse engineering, its characteristics and application methods and proposes a data acquisition system applicable to industrial design, namely, three dimensional sensing system (3DSS).
In a broad sense, RE includes the reverse engineering in various fields including shapes (geometries), processing techniques and materials.
RE Methods In reverse engineering, physical parts or prototypes are transformed into engineering concepts and digital models.
In the RE process, professional knowledge in various fields such as modern design, production engineering and materials science is required to discover the key technologies used on objects.
Reverse Engineering: Backing into Quality.

Introduction Civil nuclear power was born at a time when materials science and engineering was becoming recognized as an independent discipline.
Indeed, the development of nuclear power technology and that of material science and engineering have had a serious mutual influence [1].
Major Links to Materials Science and Engineering Structural integrity assessment relies primarily on materials science and engineering results.
Materials 200 (1993), p. v [2] F.
Materials 216 (1994), p. 1 [12] H.

The radiator fan blades are made up of various materials nowadays and the legacy material used is steel.
The analysis of the radiator fan is executed to different types of materials to check and evaluate the material and process conditions which withstand the dynamic and structural loads.
In the paper design of the blade is done through reverse engineering.
They also present the reconstruction algorithm and explain this range image-based, computer-aided reverse engineering system has potential for faster model reconstruction over traditional reverse engineering technologies.
The key point data of blade was initially collected from Reverse Engineering process.

JIT Quality Control System Design based on Simultaneous Engineering 1Yang YinYing, 2Xu ZiQi 1Logistic Engineering College Shanghai Maritime University Shanghai, China 2 Logistic Engineering College Shanghai Maritime University Shanghai, China 1e-mail: arinnawin@sina.com，2e-mail: xuziqi@vip.sina.com Keywords: JIT; Quality control system; Simultaneous engineering Abstract.The thesis based on a car engine plant, analyzing the promotion for the introduction of JIT quality control system.
Compare the Simultaneous engineering method with traditional JIT quality control method in terms of quality control.
Analysis shows that the accumulate material waste ratio during the production process has decreased significantly by using the Simultaneous engineering method.Keywords-component; formatting; style; styling; insert (key words) JIT QUALITY CONTROL CONCEPTION JIT quality control conception is "With the most economical means to create the most useful products in the market."
Simultaneous Engineering In order to overcome the shortcomings of traditional quality control method, a new concept of quality control is introduced——which is called Simultaneous Engineering.
High cost and high technical system constrain the development of Simultaneous Engineering in automotive industry.

Engineered materials could arrest aircrafts rushing out of runway, but it’s fragile and can be easily damaged by jet blast exhausted by taking off aircraft nearby.
Engineered Materials mean high energy absorbing materials of selected strength, which will reliably and predictably deform under the weight of an aircraft [2].
Today, foamed concrete [4,5] is the mostly used engineered material.
Engineered materials were produced in 1×1 meter square and in varied height.
Zhao, Y.J Shi: Journal of Materials Science & Engineering, Vol.30 (2012), P.428-431.

Experimental Study of Mix Proportion on Masonry Mortar’s Common Strength Grade in Material Engineering and its Application Hongliang Huanga, Huifang Zhangb, Yanfang Lic, Guoqing Mad and Minfeng Lie Hebei Institute of Architecture Civil Engineering, Zhangjiakou 075000, China ahuanghong.5055@163.com, bzhfsyf_79@sohu.com, cshxianlmf@126.com, d23606745@qq.com, eliminfeng11@163.com Keywords: Masonry mortar, Mix proportion, Experimental study, Material engineering, Application Abstract.
(3)Other materials are as follows.
Material engineering and its application In modern society, with the development of the construction industry, the popularity and application of new walling materials also set even higher requirements for masonry mortar’s functions.
This subject optimum mix proportion of masonry mortar, promotion and application in materials engineering.
Building Materials[M].

Therefore the reasonable anti-leakage in unstable mountain is one of the key technologies that urgently to be solved in geotechnical engineering.
Clay diaphragm wall: The source of materials can be ensured, and the construction technology is simple.
Validation of engineering quality.
Applied Mechanics and Materials, 2012, Vols.204-208: 389-392
Deterioration reaction between alkali materials and laterite dams[J].