Search results

(4) For all TIP bi-materials, according to Ou’s research [3], always exists when the poling direction of the materials are perpendicular to the crack face.
When the materials have different poling directions, TIP bi-materials don’t have the classification.
Journal of the Mechanics and Physics of Solids. 1992, 40(4): 739-765
International Journal of Fracture. 2003, 122(3-4): 101-130
International Journal of Fracture. 2003, 119(2): L41-L46.

The models used for polishing of these materials are rather experimental models.
This model seems to give good results for different materials.
Experimental models are used for diverse materials.
Tournier: Journal of Materials Processing Technology, Vol. 209 (2009), p. 3665-3673
Mok: Journal of Materials Processing Technology, Vol.95 (1999), p. 191-200

[2] Li Ting, Zhong Zehui: Packaging Journal, 2011 03(2), p. 34-36
[4] Li Xihong, Chen Li: Food Science, 2002 23(2), p.129-132
[5] Zhou Ling: Journal of Food Quality, 2011 34(3), p.171-176
[9] Liu Huiling: Journal of South China Normal University, 2014 46(3), p.71-74
[16] Zheng Lixia: Journal of Zhejiang Institute of Science and Technology, 2013 30(4), p.482-486.

Introduction Since the beginning of the 1980s, NiTi alloy has been investigated as an implant material.
Acknowledgements The work is supported by the 2011 Innovation award of postgraduate of Heilongjiang province, National Natural Science Foundation of Heilongjiang province through Grant YJSCX2011-232HLJ, the Natural Science fund of Heilongjiang province(under grant A2007-09), and the program of Department of Education of Heilongjiang Province (under grant 11531277).
Journal of Biomedical Materials ResearchVolume 51, Issue 4, pages 685–693,15 September 2000 [2] M.
Materials Characterization Volume 27, Issue 3, October 1991, Pages 133–140 [3] T EliadesZZZ, G EliadesZZ [M]European Journal of OrthodonticsVolume 22, Issue 3Pp. 317-326 [4] H.C Ma[M]Scripta Materialia,Volume 45, Issue 12, 17 December 2001, Pages 1447–1453 [5] Christine Trepanier, [J].
Journal of Biomedical Materials Research,Volume 48, Issue 1, pages 96–98,1999 [6] S.

Effects of surface density on the material It can be seen from Figure 2, in the case of the same thickness, in a low-frequency sound, the absorption curves of the three materials are almost coincidence, indicating that the absorption capacity of the three kinds of materials to low-frequency sound waves is basically the same and in the low-frequency sound absorption sequel is poorer, which is consistent with the law that the absorption of porous materials to low-frequency sound is poor, and justify the effect of changing the size of material surface bulk density on low-frequency sound absorption performance is not obvious.
From the above analysis we can see, increase in material density can increase the absorption properties of materials, but its effect on low frequency sound absorption is not obvious, it can primarily improve the absorption capacity of materials in the section of high-frequency sound.
Such as: this article only conducts three kinds of combinations of different density material, in the future we can combine with more different materials of different density in different ways, in order to identify the best combination ratio.
References [1] Pele C E, Nonwovens Make Themselves at Home, NonwovensIndustry,2000,(2),3 [2] Youn Eung Lee and Chang Whan Joo, Sound Absorption Properties Of Recycled Polyester Fibrous Assembly Absorbers, AUTEX Research Journal,3(2), 2003 [3] T.
Adachi, The Development Of Sound Absorbing Materials Using Natural Bamboo Fibers, High Performance Structure And Composites Book, WIT Press 2002 [4] Kannan Allampalayam Jayaraman，Acoustical Absorptive Properties of Nonwovens，A thesis submitted to The Graduate Faculty of North Carolina State University in partial fulfillment of the requirements for the Degree of Master of Science，2005 [5] Kyoichi Watanabe, Yoshiaki Minemura, Kouichi Nemoto and Hiroshi Sugawara, Development Of High Performance All Polyester Sound Absorbing Materials, JSAE Review 20, 1999, 357--362显示对应的拉丁字符的拼音   字典 1.

International Journal of Machine Tool& Manufacture. 2010.9
Journal of Materials Processing Technology. 159(2005)48-61
Lezanski, An intelligent system for grinding wheel condition monitoring, Journal of Materials Processing Technology 109 (2001)258–263
Journal of manufacturing science and engineering. 2008.6
Journal of Materials Processing Technology 175 (2006) 278–284 [10]I.

The paper presents the research work carried out in order to determine the optimum assessment process in the case of an introductory engineering course, Technology of Materials.
Results and Discussion Table 1 presents the final academic grades of students enrolled in the last six academic years in the course Technology of Materials.
Posts contain supplemental information about the specific field of materials processing.
Conclusion Present paper presents a research work on improving the assessment methodology in the case of an introductory engineering course, Technology of Materials.
Strnad, The use of blogs and social media for technical education in specific field of materials processing, Procedia Economics and Finance. 3 (2012) 337–342.

When acoustic wave is incident on the underwater sound isolation materials, the materials produce dynamic stress or strain to transfer generating energy into heat energy.
So the materials play a role of vibration suppression and reducing radiation noise.
The Journal of Acoustical Society of America, 2002, 111(4):1782-1790
Beijing:Science Press,1983,13-25
Journal of Applied Polymer Science, 2004, 94(2):678-683.

Experimental procedure Starting materials.
Journal of the European Ceramic Society 28(2008) 329~344
Journal of the European Ceramic Society 29(2009) 31~38
Journal of alloys and Compounds 460(2008) 599~606
Journal of the European Ceramic Society 29(2009) 347~353

Introduction Moisture diffusivity is a crucial parameter for description of moisture transport in building materials.
Determination of the Liquid Water Diffusivity from Transient Moisture Transfer Experiments, Journal of Thermal Envelope & Building Science, vol. 27(4), 2004, pp. 277-305
Černý, Application of Genetic Algorithm for Determination of Water Vapor Diffusion Parameters of Building Materials, Journal of Building Physics, vol. 35 (3), 20102, pp. 238-250 [11] Z.
Černý, A Boltzmann Transformation Method for Investigation of Water Vapor Transport in Building Materials.
Journal of Building Physics, vol. 35, 2012, pp. 213-223