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This special issue of Key Engineering Materials journal is to communicate the latest progress and research of new theory, technology, method, equipment in materials processing and manufacturing automation technology field, and to grasp the forefront technological and research trends worldwide, which will drive international communication and cooperation of production, education and research in this field.
The major topics covered by the special issue include Experience and Paper of Education in Special Machining Technology, Process Monitoring and Quality Control of Manufacturing Systems, Industrial Robot Technology, Agile Manufacturing, Intelligent Manufacturing, Green Manufacturing, Virtual Manufacturing, Networked Manufacturing, Computer Integrated Manufacturing System and Contemporary Integrated Manufacturing System, Product Lifecycle Management, Computerized Numerical Control System and Flexible Manufacturing System, Precision Machining Technology, CAD/CAE/CAPP/CAM and Application of Product Data Management, Logistics Engineering and Equipment and Other Related Topics and so on.
The guest editors would like to thank the contributors of papers, the reviewers and the Key Engineering Materials journal for helping put together this special issue.

Introduction Recently, substantial research efforts have been made in the field of engineering and design of materials, material structures and innovative treatments for human protection.
Therefore, the engineering challenge is to produce protective materials, material structures and clothing systems with adequate protection against the relevant hazard whilst achieving thermal comfort for the wearer [6, 7] or, in other words, to attain the best balance between the physiological burden and protection for optimal performance.
The primary direction of current materials engineering is in materials and structures of reduced weight that offer comparable or superior protective attributes.
The present research demonstrated an innovative holistic approach to engineering and evaluation of new protective materials and garments through a combination of objective laboratory testing, multi-compartmental mathematical modeling and 3D body imaging and design.
[6] D.A.Torvi, Heat transfer in thin fibrous materials under high heat flux conditions, Department of Mechanical Engineering, Doctoral Thesis, University of Alberta Canada (1997)

Reference to engineering education concept, build forging formed systemic thinking and engineering practice consciousness, innovative spirit incentive as one of the personnel training mode.
Avionics systems now in the stage of rapid development, upgrading avionics products, experimental teaching material can join is the key to the construction of teaching material with avionics products.
Conclusion To engineering practice concept through education and training of students, make students with engineering problems into industry background of the study, strengthen theory, engineering, project contact.
Based on the CDIO engineering education avionics experiment system research [J].
Network engineering laboratory construction scheme based on the simulator [J].

Improving the durability of concrete for mechane engineering Xiangchao Zhang,a ,Lihui Xieb, Hang Chanc, Junwen Huangd 1Department of Civil Engineering,Changsha University, Changsha,410022, China a csuzxc@126.com, b xlh001@ccsu.cn, c 546570009@qq.com, d43441086@qq.com Keywords: Durability, Concrete, Mechane engineering, Anti-permeability, Anti-erosion Abstract.
Construction and Building Materials.
Construction and Building Materials.
Construction and Building Materials.
Construction and Building Materials.

Introduction Environmental engineering is an emerging discipline which is the multidisciplinary combination of science and engineering.
There are many basic courses such as engineering mechanics, material mechanics, fluid mechanics, hydraulics, surveying, chemical principles and environmental engineering principles [3-5].
The curriculums were adjusted to engineering mechanics, fluid mechanics, hydraulics, engineering drawings, electrical engineering, environmental engineering principles, chemical principles, environmental monitoring, environmental engineering and environmental biology.
The students look up materials according to the title and needs, and draw up practical experimental program, at last carry out the amended plan.
For example, the environmental engineering of Xi'an Architecture and Technology was set up on the base of ministry of education’s northwest water resources and key laboratory of environmental and ecological engineering.

Discussion on the Sound Radiation Coefficient of Building Materials Yan Yang a, Xianfeng Huang b and Jun Liu c Key Laboratory of Disaster Prevention and Structural Safety at Guangxi University, Ministry of Education & College of Civil Engineering and Architecture, Guangxi University, Nanning 530004, China a774969688@qq.com, bseulee@163.com,c294746901@qq.com Keywords: sound radiation coefficient, building material, sound insulation Abstract.
Due to influence of radiation on the sound transmission in a structure, sound radiation coefficient plays a significant role on the option of sound insulation materials during the practical engineer.
The Radiation Efficiency of Different Building Materials Some common building materials are used to calculate the radiation efficiency with 1/3 octave band center frequency.
The critical frequency of the same materials decreases with the thickness of a wall.
[4] Application technical specifications of building materials (Revision).

Study on Engineering Materials with the Comparison and Discussion of Support Scheme in a Foundation Pit Zheng Zhen1, a, RenWang Liang2, b 1 2Department of Civil Engineering, Taiyuan University of Technology79, Yingzexi Street, Taiyuan, 030024, China azhenzhengtyut@163.com, bcxhlm1010@163.com (corresponding author), Key words: Li zheng software, supporting structure, numerical simulation Abstract.
The engineering material had high cost performance.
Engineering material.
(2) Concrete, steel bar engineering materials were used in engineering, and the two reinforcement forms showed very good integrity, high strength.
It helps in practical engineering in future

Piezoelectric Actuators 2008: Key Factors for Commercialization K.
For the tape-casting equipment, the initial investment (fixed cost of equipment = $300K) is expensive, with a low slope of variable cost (just raw materials cost) as a function of production quantity.
On the other hand, the cut-&-bond process requires a steep slope of variable cost provided by the labor fee in addition to raw materials cost.
Artistic sense should be added in the device development (Sci-Art [13]) in the 21 st Engineering Renaissance era.
On the contrary, the strategy of "differentiated product" with prestigious price is the norm in the bio- and medical engineering field.

It has theoretical significance and practical engineering value to systematically investigate incremental launching construction control key technologies of inclined continuous beam.
Engineering characteristics Liuyang River Bridge is a “class double-layer” prestressed concrete continuous box-beam bridge with incremental launching construction.
The configuration of guide beam should choose lighter materials.
Journal of Bridge Engineering, 1999, 5: 107~115 [3] Liang Ren, Zhi Fang, Xing Shangguan.
Engineering mechanics, 2007, 24(2): 132-138 (in Chinese)

Advanced Materials Research, Vol. 837 (2014), pp. 334-339
Advanced Materials Research Vol. 702 (2013), pp. 259-262
[4] Gwiazda A,: Technical project management using quality methods, Journal of Achievements in Materials and Manufacturing Engineering, 31/2 (2008), pp. 739-746
[7] Janik W., Computer aided overhaul in expert system application - the disassembly module, Research Bulletin – Selected Engineering Problems, Silesian Uniwersity of Technology Publishing, 2/2011, no. 2, pp.151-158 [8] Janik W., Computer aided overhaul in expert system application - the aggregation module, Research Bulletin – Selected Engineering Problems, Silesian Uniwersity of Technology Publishing, 2/2011, no. 2, pp.159-164 [9] Kalinowski K, Grabowik C., Kempa W., Paprocka I.: The graph representation of multivariant and complex processes for production scheduling [in:] Modern Technologies in Industrial Engineering.
Advanced Materials Research, vol. 837 (2014), pp. 422-427