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However, only four journal sources published >3 articles; of three sources, the journal with 9 articles was “Surface and Coating Technology”.
The journal specialises in publishing articles in the field of engineering materials.
The second and third most common journals were “The Journal of Manufacturing Processes” and “Material Research”, both specialises in publishing research articles in the field of Material.
Fig. 3 shows that the journals “Mechanics of Advanced Materials and Structure” and “Material Chemistry and Physics” had eight articles, respectively.
Tribology: friction and wear of engineering materials.

Active control with the aid of intelligent material is thought to be an effective solution to supress the vibration of flexible structures.
Crawley researched the interaction between piezoelectric patches and beams in [3,4] and suggested the use of PZT as intelligent material for active vibration control.
Preumont, “Responsive Systems for Active Vibration Control,” Kluwer, NATO Science Series, Vol.85, 2002
Shen, “Bending and torsional vibration control of composite beams through intelligent constrained-layer damping treatments,” Smart Materials and Structures, 4, pp.340–355, 1995
Park, “Finite element modelling of piezoelectric sensors and actuators,” Journal of AIAA, 31, pp.930–937, 1993 [16] S.

In order to make better use of the materials, the cross- sections of beams are designed to have different sizes along the axial direction in forms of stepped columns.
Acknowledgements This work was financially supported by the National Science and Technology Support Program (2008BAJ09B01-3).
[2] Li Q S: Journal of Constructional Steel Research.
[3] Naguleswaran S: International Journal of Mechanical Science.
[11] Xiaodong Li, Xiuli Wang: Journal of Huazhong University of Science and Technology.

Material and methods Ore sample preparation.
Ore sample preparation work was conducted according to the following procedure: firstly, 200-kg run-of-mine material was mixed completely, and then it was sampled into a 100-kg keepsample and a 100-kg testing material.
The 100kg material was ground to -2mm for laboratory tests, mineralogical study and other purposes.
[3] Information on http://www.infomine.com/commodities/lead.asp [4] Lead and Zinc Statistics: submitted to International Lead and Zinc Study Group [5] Fuerstenau, D.W., et al: submitted to Journal of Principles of Mineral Processing(2003) [6] Bradshaw, D.J., et al: submitted to Journal of Minerals Engineering(2005) [7] Qiu Le, Huang Meiyuan: submitted to Journal of Non-ferrous Metals(2003)(In Chinese) [8] Liu Siqing, Wang Wanping, etc.: submitted to conference of Natural Resources and Sustainable Development II (2012) [9] Wang Shuling: submitted to Land and Resources Information(2003)(In Chinese) [10] C.I.
KARTIO: submitted to Journal of Minerals Engineering (1996) [11] S.Moradi, A.J.Monhemius: submitted to Journal of Minerals Engineering (2011) [12] Jing Zhengqiang, Chen Dianzhu:submitted to Journal of Engineering design and research(2010) (In Chinese)

The elastic modulus of the material is 206 GPa.
[3] Liwei Zhang and Wei Wang: submitted to Journal of Hydraulic Design (2008)
[4] Qiang Wang: submitted to Journal of China Science and Technology Information (2008) [5] Yunying Yao, in: Finite Element Optimization Design of Rolling Stand, edited by Lanzhou University of Technology, Lanzhou (2006)
[8] Binghong Li and Xin Li: submitted to Journal of Shanxi Building (2007)
[10] Pei Cui, Jihui Wang and Biao Li: submitted to Journal of Made in China (2009)

UHPFC could be used as a repair materials as it has strong mechanical bond, which formed between the UHPFC as an overlay material and the substrate material [5].
Each of the tested specimen comprised of two different materials, being the NC as a substrate and UHPFC as a repair material.
These results also proved that binder materials would not be needed if UHPFC is used as overlay material.
Rangaraju, Analysis of compatibility between repair material and substrate concrete using simple beam with third point loading, Journal of Materials in Civil Engineering, 19 (2007) 1060
Zeyad, The role of silica fume in the adhesion of concrete restoration systems Advanced Materials Research, 626 (2013) 265-269

Terentev, On the problem of the fatigue limit of metallic materials, Metal Science and Heat Treatment 46 (5-6) (2004) 244-249
Rochel, New possibilities of applications aluminum alloys in transport, Archives of Metallurgy and Materials 54 (4) (2009) 1199-1207
Dybowski, Vacuum carburizing-process optimization, Journal of Materials Processing Technology 164-165 (2005) 876-881
Pawlak, Increasing the durability of pressure dies by modern surface treatment methods, Chiang Mai Journal of Science 40 (5) (2013) 886–897
Kula, Synergistic effects of thermo-chemical treatment and super abrasive grinding in gears' manufacturing, Journal of Materials Processing Technology 159 (2) (2005) 249-256

At present, there are two mainly kinds of ceramic core matrix materials widely used at home and abroad: silica glass and fused corundum.
Experimental procedures The raw materials used in this experiment are corundum, and yttria.
Materials Science and Engineering A. 2009, 508(1-2): 71–75
Materials Science and Technology. 2011, 27(4): 823-828
Journal of Materials Science Letters. 1993, 20(12): 1570-1573

Hybrid materials offer great potential for weight and cost reduction, function integration and improved mechanical properties.
In terms of implementation, it is possible to produce fully or partially joined semi-finished parts from metallic, organic or inorganic materials.
The use of hybrid materials could even extend the property range of double blanks.
The local reinforcement offers cost-efficient use of high priced materials like CFRP because of the limited material use.
The proposed ECUF process could help manufacture suitable semi-finished materials from metal and plastic blanks.

Meanwhile, controlled mechanical properties of these materials could promote their application flexibility.
However, pure materials with controllable biocompatibility could be more appropriate for biomedical applications.
Materials and Methods Materials.
Bower: Journal of Polymer Science Part A-2: Polymer Physics, Vol. 10 (1972) p. 2135-2153
Yang: JOURNAL OF APPLIED POLYMER SCIENCE, Vol. 82 (2001) p. 2497-2505.