Search results

Drill-Path Optimization with Time Limit and Thermal Protection Haw-Ching Yang1,a, Kun-Jen Liu1,a, and Min-Hsiung Hung2,b 1 Institute of System Information and Control, National Kaohsiung First University of Science and Technology, Kaohsiung, Taiwan. 2Department of Computer Science and Information Engineering, Chinese Culture University, Taipei, Taiwan, R.O.C.
ACKNOWLEDGMENT The authors would like to thank the National Science Council of Republic of China for financially supporting this research under Contract No: NSC-99-2622-E-327-016-CC3 and NSC- 99-2221-E-006-201.
Lynch, Genetic algorithms and traveling salesman problems, European Journal of Operational Research, 93 (1996) 490-510
Dixit, Application of soft computing techniques in machining performance prediction and optimization: a literature review, The International Journal of Advanced Manufacturing Technology, 46(3) (2010) 445-464
Liu, Application of Genetic Algorithms in the Optimization of the Drilling Path on the Printed Circuit Board, Advanced Materials Research on Sport Materials, Modeling and Simulation, 187 (2011) 133-138

Material and Methods Materials and Apparatus Materials: The Mahonia bealei(Fort.)
Science Press, Beijing, Chinese. pp.528-546 (2008).
Journal of Photochemistry , 2005, 78: 223-228
Medium effect.Canadian Journal of Chemishy, 1992, 70: 2174-2189
Food Science.29(2):472-476 (2008).

Analysis of Biomass Briquette Machine Ring Mold Length-diameter Ratio of Finite Element based on ANSYS Bing-cheng Liu1,a , Xiao-ming Liang1,b , Hong-yu Guo2,c 1Shandong Provincial Key Laboratory of Polymer Material Advanced Manufacturing Technology College of Electromechanical Engineering, Qingdao University of Science & Technology, Qingdao 266061,China, 2Shandong Agricultural Machinery Research Institute, Taian 271000，China, abingchengL@163.com, bxiaoming261@126.com, cghy0112@163.com Keywords: biomass briquette machine; ring mode; finite element; stress; aspect ratio Abstract.
Fig.1 The model of ring die Fig.2 The model of ANSYS ring mold 1.2 Ring mold material properties In this paper, the materials used in the ring mold is 42CrMo[3].
The material has a high fatigue limit and resistance to several attacks abilities, good low temperature impact toughness after quenched, which is sufficient for the ring mold friction, deformation, and the impact for more times.
This pointed out that if the roller ring mold suffered the squeeze pressure and friction materials, the work surface is wear unevenly, and this will lead to uneven work surface of the ring mold, or disruption of material flow and material, and worse more, the ring mold would stop working.
Journal of Materials Processing Technology. (2008), P.205

Radu 3,c 1, 3University "Politehnica" Timisoara, Faculty of mechanics, Department of Materials Science and Heat Treatments, B-dul Mihai Viteazul no. 1, Timisoara 300222, Romania 2 S.
To have a comparison values, samples from base material were subjected to identical elongation tests.
Results are centralized in table 1 and they permit the following observations: • welded joints strength is superior to base material mechanical strength; • between base material and deposited material is a good compatibility, are avoided stress concentrator because the condition RmDM≤(1.30÷1.35)RmBM is fulfilled (DM - deposited material, BM - base material); • post welding normalization heat treatment determines an increase of fracture strength with 10.8% for welded joint and with 10,98% for base material.
The notch was oriented along thickness of the deposited material.
The Paton Welding Journal, No. 1 (2002), p. 10 [3] V.

Effects of Ultrasonic on Properties of Modified Soybean Protein-based Adhesives for Duplex Paper Guang Yang1, a, Ning Sui 2,b and Bo Yang 3,c 1,2,3 School of medical instrument and food engineering, Shanghai University for Science and Technology, Shanghai 200093, China ayangguang@usst.edu.cn, bSning19851011@163.com, cyangbo6899@126.com Keywords: Soybean; protein; adhesive; ultrasonic; duplex paper.
Materials and Methods Materials.
Acknowledgements The authors greatly appreciate the funding support with Project No.08ZR1415200, Project No. 08521102000 and Project No. 08dz1170105 from the Shanghai Science and Technology Committee.
References [1] Gao Q, Li J Z, Zhang S F: Soybean Science, Vol. 4(2008), p. 679(In Chinese) [2] Kaichang Li, Svetlana Peshkova, Xinglian Geng: JAOCS, Vol. 81(2004), p. 487 [3] Zhang Y, Zhou D G, Yang B, et al.: China Wood-Based Panels, Vol. 5(2007), p.7(In Chinese) [4] Zhang Y, Zhou D G, Yang G, et al., China Patent 200610097957.8. (2007) (In Chinese) [5] Yang G, Yang Bo, Li G H, et al.: China Forest Products Industry, Vol. 6(2009), p.20(In Chinese) [6] Huang W N, Sun X Z.: Journal of the American Oil Chemists Society, Vol.7 (2000), p705 [7] Sun X Z, Bian K. : JAOCS,Vol.76(1999), p.977 [8] Peng A M, Zheng G S.: Journal of Anhui Agricultural University, Vol.23(1996), p.583(In Chinese) [9] GB/T14769-1993.
Kinsella. : Food Chem. , Vol.37(1989), p.1203 [12] Yuan C, Yang G, Yang B, et al.: Soybean Science, Vol.28(2009), p.723(In Chinese) [13] Yang H L, Ma H L. : China Brewing, Vol.5(2009), p.24 (In Chinese) [14] Wang Y D, Bian K.: Chemistry and Adhesion, Vol.4(2003), p.179 [15] Yin C Y, Zhang Y F, Shen X Y.: China Oils and Fats, Vol.34(2009), p.28(In Chinese) [16] Zhao X Z.

Chen: In search of causal relationship between FDI, GDP, and energy consumption-evidence from China Advanced Materials Research Vol. 524-527 (2012), p 3388-3391 [27] S.L.
Liu: The causal relationship between economic growth, energy consumption and CO2 emissions in Hong Kong, Energy Education Science and Technology Part A: Energy Science and Research 2014 Vol. 32(1) (2014), p. 235-248 [28] F.
Advanced Materials Research Vol. 524-527 (2012), p 3380-3383 [30] C.Y.
Kuo: Economic growth, energy consumption and tourism development in Taiwan: A granger causality approach, Advanced Materials Research Vol. 524-527 (2012), p. 3376-3379 [62] D.
Journal of Hydrology Vol. 450-451 (2012), p. 293-307 [67] E.

(b) DSC traces for materials containing boron.
Jeon, Materials Science and Engineering A 245, 64 (1998)
Castro, Materials Science Forum 534-536, 661 (2007)
Molinari, Journal of Materials Processing Technology 157-158, 712 (2004)
Makara, Inorganic Materials 3(3), 216 (2002)

Introduction Zinc oxide (ZnO) based semiconductor materials have own an impressive attention in 20th century, because of showing their versatility in the field of science and technology [1].
The main advantages of sol-gel method is low cost, need simple instrumentation, free from the environments that required vacuum for deposition process and easy to control the rate of composition of materials [11] etc.
The refractive index is an important parameter for the materials of optoelectronic research areas.
Hashim, Area-Selective ZnO Thin Film Deposition on Variable Microgap Electrodes and their Impact on UV Sensing, Journal of Nanomaterials, 2013, (2013), 5
Hashim, Structural, Optical, Electrical, and Photoresponse Properties of Post-Annealed Sn-Doped ZnO Nanorods, Journal of Nanomaterials, 2013, (2013), 8

So, titanium alloys are widely used in aviation in abundance and are hailed as a kind of strategic metal materials making human to the space age.
However, titanium alloys belong to typical difficult-to-machine materials because of small deformation coefficient, small coefficient of heat conductivity and good chemical affinity to cutting tool materials in the case of both high cutting temperature and great cutting force on the unit contact area.
Materials of the tools usually are YG cemented carbides and high speed steels with high performance.
With the progress of materials technology, super-hard cutting tool material and coating cemented carbide have been widely used [2].
According to the table 2, selected tool materials meet the requirement of strength.

Yttria stabilized zirconia (YSZ) has been a popular TBC material.
For interfacial indentation test, direct transposition of these relations cannot be done even at the critical point because indentation is performed onto different materials.
The hardness is the ability of the local property of materials.
References [1] Qi Hongyu: Chinese Journal of Aeronautics.
Vol.119(1997), p. 506 [5] He M.Y, Hutchinson J.W: Materials Science and Engineering.