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Natural thorium does not contain any fissile material and is made up of the fertile Th-232 isotope only [1].
Design Concept and Calculation Method Determination of fuel, cladding and coolant material influence safety and economic factor of the reactor.
Parameter design of the reactor Parameter Specification Power (MWth) 500 Fuel material Th(U-233)N (Thorium Nitride) Cladding material Silicon Carbide Coolant material Helium Percentage Fuel (F1/F2/F3) (Fisille contain) Homogeneous 8.2% / 8.2% / 8.2% Heterogeneous 7.8% / 8% / 8.8% Fuel volume fraction (%) 55% - 65% Cladding volume fraction (%) 10 Coolant volume fraction (%) 25% - 35% Active core diameter (cm) 250 Active height core (cm) 150 Reflector radial width (cm) 50 Reflector axial width (cm) 50 Pin pitch (cm) 1.45 Reactor life (years) >10 Volume fuel F1/F2/F3 (m3) 0.192/0.712/0.862 The calculation is use SRAC2006 code both PIJ calculation and CITATION calculation.
Sekimoto: Annals of Nuclear Energy Vol. 54 (2013), p.58-66 [4] Fiber Monado, Zaki Su’ud, Abdul Waris, Khairul Basar, Menik Ariani and Hiroshi Sekimoto: Advanced Materials Research Vol.772 (2013), p.501-506 [5] Fiber Monado, Menik Ariani, Zaki Su’ud, Abdul Waris, Khairul Basar, Ferhat Aziz, Sidik Permana and Hiroshi Sekimoto: AIP Conference Proceedings 1584, 105 (2014); doi: 10.1063/1.4866113 [6] Fiber Monado, Zaki Su’ud, Abdul Waris, Khairul Basar, Menik Ariani, and Hiroshi Sekimoto: AIP Conference Proceedings 1615, 47 (2014); doi: 10.1063/1.4895859 [7] Iyos Subki, Asril Pramutadi, S.N.M.
Stemphen et al: Journal of American Nuclear Society (ANS-Nuclear Technology) Vol. 183, (2012), pp. 13 – 29 [10] K.

Optimization of Multi-Point Forming for Aluminum Alloy Profile Jin Yang2,a, Wenzhi Fu1,b*, Mingzhe Li1 and Yanwen Yang2,c 1Roll Forming Institude, Jilin University, Changchun, China 2School of Material Science and Engineering, Jilin University, Changchun, China afwz@jlu.edu.cn, b820532212@qq.com, cyvyoung@qq.com Keywords: Multi-point stamping forming, Multi-point stretch forming, Forming precision Abstract.
Profile Analysis Profile parameters and materials.
Part material is LY12[5] and performance parameters are shown in Table 1.
Table 1 Material parameters of LY12 Material Density (kg/m3) Elastic modulus (GPa) Poisson's ratio Yield stress (MPa) LY12 2780 72.40 0.33 85 Profile characteristics analysis. (1) It can be seen from Fig. 1 that the thinnest part on both sides of profile is 6mm, the thickest part is 20mm, the maximum thickness difference is 14mm.
Research on three-dimensional surface parts in multi-gripper flexible stretch forming, The International Journal of Advanced Manufacturing Technology, 2014

Material properties.
The material properties of each steel component are reported in Table 1.
The columns and beam are modeled using 2-D nonlinear material, fiber beam-column elements.
References [1] GB2975, Test standard for steel material.
(in Chinese) [2] Robert Park: Journal of the Structural Division, 108:4(1982), p.929-950

Introduction Aromatic polyimides are very attractive for their high mechanical strength, outstanding thermal stability and are widely used as plastics for a variety of applications such as automobile and aircraft parts, electronic packaging, films, adhesives, and matrix materials for composites [1, 2].
At present, almost all the related papers have focused on the synthesis of novel polyimide materials.
Experiment Materials: Pyromellitic dianhydride (PMDA) with commercial purity (≥99.8 wt%) was purchased from Lonza-liyang Co., dried under reduced pressure at 150°C for 3h.
Table 1 Properties of PI plastic Test items Standards Results Mechanical properties Tensile strength Plastics Determination of tensile properties(ISO 527) 95[MPa] Elongation(20°C) Plastics Determination of tensile properties(ISO 527) 10% Flexural strength Plastics Determination of flexural properties(ISO 178) 170[MPa] Flexural modulus Plastics Determination of flexural properties(ISO 178) 3500[MPa] Impact resistance Plastics Determination of impact properties by use of small specimens (ISO 179) 130[kJ/m2] Volume erosion rate Test method for friction and wear of plastics by sliding (China Standard 3960-1983) 1.7E-14[m3/(N*m)] Coefficient of friction Test method for friction and wear of plastics by sliding (China Standard 3960-1983) 0.18 Electrical properties Dielectric strength Methods of test for electric strength of solid insulating materials at power frequencies(IEC 243) 460[kV/mm] Permittivity (1MHz,20°C) IEC 250 3.4 Dielectric loss(1MHz,20°C) IEC 250 1.0E-4 Surface resistance
Leu: Journal of Applied Polymer Science, Vol. 117(2010), p. 1144 [5] B.

Distributed Contact Model for Indeterminate Grasp Force Analysis towards Heavy-duty Manipulation Jincheng Mao and Wenyu Yang State Key Laboratory of Digital Manufacturing Equipment & Technology Huazhong University of Science and Technology Wuhan, Hubei 430074, China stupidm@gmail.com Keywords: contact model; grasp; heavy-duty manipulation; indeterminate; Abstract.
(9) Assuming t denotes the thickness of deformation area, the normal strain can be written as: (10) Based on the material mechanics, the normal stress can be written as: (11) The lumped contact forces and torques can be derived from distributed contact stress: (12) (13) Here, the approximately equivalent formulations is proposed to describe the distributed contact forces and contact deformations.
Bicchi, “On the closure properties of robotic grasping,” International Journal of Robotics Research, vol.14(4), pp. 319–334, August1995
Wright, “Friction, stability and the design of robotic fingers,” The international journal of robotics reaseach. vol.5(4), pp. 20–37, December 1986
Montana, “The kinematics of contact and grasp,” International Journal of Robotics Research, vol. 7( 3), pp. 17–25, June 1988

Fig.2 constrains and loads of the whole model Fig.3 pillar Loading of methodⅠ In accordance with the above loading mode the results of finite element analysis of the results were shown in table 1： Table 1 Main results confluence Maximum stress () Deformation to the maximum displacement X () Deformation to the maximum displacement Y () Deformation to the maximum displacement Z () Deformation of the overall maximum displacement () 3.49 3.98 0.961 1.173 4.078 The analysis results can be concluded as follows: (1) The maximum equivalent stress is much less than the limit strength of the material 300MPa (2) X displacement is the major factor to impact the overall displace, that is to say that static rigidity factor is the X maximum displacement. 3 The Choosing Shape Method Design on the Pillar Structure To large mechanical structure optimization problems, especially in large, complex spatial structure, its internal structures optimized iteratively is very difficult.
Acknowledgments The author gratefully acknowledges the support provided by China Guangxi Natural Science Foundation (Grant No. 2010GXNSFD013003).
Research and Development, 2002, 44(3):15 [3] Hongjin Chen: Practical Handbook of metal cutting, edited by Journal of Machine Tools &Manufacture.2005 [4] Shanghai Institute of Mechanical Engineering.
Tabellenbuch Metall, edited by Journal of Machine Tools &Manufacture.2005 [5] Zhang Xueling, Yanshen Xu,Weihong Zhong: Research on structural optimization method in design of NC machine tool bed based on dynamic analysis by FEM.
Journal of Mechanical Strength. 2005, 27(3):353-357

The first step is selecting right material and designing and making-up right model, the second step is laying sensors by the drawing of operating principle of electron control, then, designing the fault referring to code table for sensor and actuator, in order to reflect reality some code, not representing fault, was setting.
The product wants to get a high unification between science and art, in the development of modern industrial product; we are looking for the harmony, unification in person-machine-circumstance in order to get the satisfying effect in man-machine system, Fig.2 shows the size of experiment desk frame according to human physiology.
Liu: Journal of Transducer Technology Vol.22 (2003) No.12, p.5-28 [2] W.J.
Fleming: IEEE Sensor Journal Vol.1(2001)No.12, p.296-308 [3] W.H.Luo: Communications Standardization Vol.1(2004) No.5, p.87-89 [4] B.J.
Heffernan: IEEE Computer Journal Vol.35 (2002) No.1, p.88-93 [6] J.Marek, H.P.Trah and Y.Suzuki: Sensors for Automotive Technology (WileyVCH, Germany 2003)

This indicates that the monolayer FeSe/STO may be a correlated electron material and that electron correlation plays an important role in high-Tc superconductivity.
N.J.P.J. acknowledges support from the ASTHRDP-NSC Scholarship of the Department of Science and Technology (DOST).
Louie, New Journal of Physics 17 073027 (2015)
Xing, Journal of Applied Physics 115 193907 (2014)
Wentzcovitch, Journal of Physics: Condensed Matter 21 395502 (2009)

Influence to CWR caused by geometric deformation of subgrade and roadbed The longitudinal and lateral resistance of road bed is a major factor to protect the CWR stability, whose parameters are mainly determined by the track structure, thickness and material of roadbed, and the sectional shape.
Journal of Railway Science and Engineering. 2010(6):77~82.
Journal of Geotechnical and environmental Engineering, ASCE, 124(4):316-329
Journal of Geotechnical Special Publication,ASCE,197(2): 68~72 [5] People's Republic of China industry standards.

Lee, Tel: +82-32-860-7318, Fax: +82-32-866-1434) � � Acceleration Steel Ball Tip Force Transducer Accelerometer Charge PC(STAR SYSTEM) Power Amp Signal Analyzer (HP 35670A) Shaker Impulse Signal Force which characterizes the state of damage: d (x) = 0 means the intact state, while d (x) = 1 the complete rupture of material.
Science Vol. 20 (1978), p. 93-100
Lew: AIAA Journal Vol. 33 (1995), p. 2189-2193
Kosmatka: AIAA Journal Vol. 30 (1992), p. 2310-2316
Cawley: Journal of NDT International Vol. 17 (1984), p. 59-65