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A high detonation velocity explosive is filled up into a ductile metallic material pipe.
An important point of LSC is angle of metallic materials which are accelerated at explosion of an explosive.
In this time, mild steel (300×300×20mm) was used for a target material, because steel was applied for ship wall and the thickness is about 20mm.
For the simulation, a Mie-Gruneisen equation of state based on Hugoniot [5-6] was used for the metal materials employed, and JWL equation of state [7-8] was for an explosive.
Journal of Computational Physics. 212, (2006), 318–337 [5] S.

Two-dimensional micro-cutting model established by ABAQUS and the micro-burr can be seen in Fig.1 Fig.1 Simulation model of micro-machining The material in the model was Al2024-T3 and was described with Johnson-Cook (J-C).
The material properties of Al2024-T3 is shown in Tab. 1 [7].
Tab.1 Materials parameters of Al2024-T3 Density Poisson's Ratio Elastic Modulus Specific Heat Coefficient of Thermal Expansion Thermal Conductivity 2770（kg/m3） 0.33 73(Gpa) 875J/(kg·K) 24.7×10-6(/℃) 121(W/m·k) Influence of rake angle of tool on micro-burr formation.
Acknowledgment This research was supported by the Natural Science Foundation of P.R.C (No.50675088, No.51075192) , National key projects of P.R.C（2009ZX04012-012-03/07）and A Project Funded by the Priority Academic Program Development of Jiangsu Higher Education Institutions.
Melkote: Journal of Engineering Materials and Technology Vol.129/321, (2007), pp. 321-331.

Zhang*1,b 1Institute of Agricultural Machinery, Chinese Academy of Agricultural Sciences, Zhanjiang 524091, China 2Environment and Plant Protection Institute, Chinese Academy of Agricultural Sciences, Danzhou 571737, China ahejunyan212@163.com,b zhjin1234@163.com Keywords: pineapple leaf viscose fiber; pineapple leaf fiber; structure; property Abstract: To develop a new kind of functional textile material, viscose fiber was prepared from natural and antibacterial pineapple leaf fiber and its structures and properties were explored with analyzing methods of sensory evaluation, SEM, FT-IR, TG, DTG and DSC.
Material and method Material.
Li: Plant Fiber Sciences in China, 2009,31(4):274-277
Yao: Ramie Textile Science Technology Ramie textile science technology, 1999,22(1):17-22
Zhang: Journal of Tropical Organisms, 2009,30(11):1694- 1697

The virtual prototype of the biped robot, created by Pro/ENGINEER, is put into ADAMS and setting material, fixed joints, revolute joints, contact forces, frictions, torque and gravity are implemented for the virtual prototype to carry out dynamics simulation.
Acknowledgement It is a project supported by Jiangxi Science and Technology Program (20111BBE50029), Jiangxi Provincial Department of Education Project (DB201103093), "Air testing and evaluation" Aviation Technology Laboratory project (ZH200829002) funded.
[4] Lingling Che, Zhiliang Wang:Chinese Journal of Electron Devices Vol. 4(2007), p. 1462-1465,in Chinese

Only incomplete point cloud is available because of the characteristics of the part material.
Due to the material of the product, only incomplete point cloud is obtained with a structured light system (SLS) consists of a camera and a projector.
However, the part material is black plastic of high reflectivity, only incomplete point cloud is obtained considering both of the point amount and noises as shown in Fig. 5.
Ahn, A New Method of Non-Contact Measurement for Microtopography in Semiconductor Wafer Implementing a New Optical Probe Based on the Precision Defocus Measurement, The International Journal of Advanced Manufacturing Technology, 17 (2001) 272-280
Minetola, Enhancing moulds manufacturing by means of reverse engineering, International Journal of Advanced Manufacturing Technology, 43 (2009) 551-562

Experimental 2.1 Materials This research had used low-cost epoxy “GCC135” - a low viscosity liquid epoxy resin.
Nanosized ZrO2 powder was purchased from Guangdong Chemical Raw Materials Co.
ACI Materials Journal, Vol. 95, 1998, p. 546
Corrosion Science, Vol. 52, 2010, p. 1291
Materials Chemistry and Physics, Vol. 130, 2011, p. 1208

Investigation and Improvement on the Mechanical Property of Cement Mortar ZHANG Hai-boa, GUAN Xue-maob, SHANG Hao-taoc School of materials science and engineering, Henan Polytechnic University, Jiaozuo, China a zzhb@hpu.edu.cn, b guanxuemao@126.com, c 137054085@qq.com Keywords: rubber mortar; silica fume; compressive strength; contact angle Abstract: This paper examined the mechanical property of rubber mortars with different amount of rubber granules addition and the influence of fly ash, slag and silica fume.
The researches about improving mechanical properties of rubber concrete by modifying the rubber particles surface have obtained the certain effect, however, the study on using mineral materials to improve the mechanical properties of rubber cement mortar has not been reported.
Materials Review ( 2009,23(4):65-67 [4] Topcu I.
ASCE Journal of materials in civil engineering. 1993, (5): 478-496 [7] Ali N.
Materials Review (2007，21（12A）:65-69

Diatomite is commonly used in the industry for insulation materials, filter materials, fillers, abrasive materials, sodium silicate materials, bleaching agents, diatomite filter aid, and catalyst carrier and so on [1].
High speed has a significant material requirement, which increases the machine wear, power consumption, vibration and noise.
(5) The main factors affecting centrifugal separation are the centrifugal speed and the position of the separated materials in the drum.
Acknowledgement This work was financially supported by the project of North China Institute of Science and Technology, Study on Diatomite New Purification Technology and Wastewater Treatment (2011A09).
[5] Osman Şan, Remzi Gören and Cem Özgür: International Journal of Mineral Processing, (2009): 6-10

Introduction Hydrogen can cause unpredictable failure in metallic materials.
Fracture morphology also been revealed to analyze the fracture mode change to the materials.
[8] Standard Test Methods for Tension Testing of Metallic Materials (ASTM E8, Pennsylvania,US)
Hemmingsen, Hydrogen diffusivities and concentrations in 520M carbon steel under cathodic protection in 0.5M NaCl and the effect of added sulphite, dithionite, thiosulphate, and Sulphide, International Journal of Electrochemical Science 2 (2007) 82 – 92
[13] Oriani R.A, Hirth J.P, Smialowski M, in: Hydrogen Degradation of Ferrous Alloys (Effect of Hydrogen on Materials, New Jersey, 1985.

Mei: Materials Science and Engineering A Vol. 438-440 (2006), p. 679
Mei: Materials Science and Engineering A Vol. 481-482, (2008), p. 639
Martinez: The Minerals Metals e Materials Society, Vol. 1, (1998), p. 1063
Mei: Journal de Physique IV, Vol. 112, (2003) p.813
Mei: Materials Research, Vol. 7, No. 2, (2004) p.263.