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The Relative displacements between the input shaft and the output shaft are absorbed by the flexibility of laminated material.
References [1] L.F.Shentu and X.Y.Zhang: Mechanical Science and Technology, Vol.23(2004)No.1, pp. 43-45.
(In Chinese) [3] L.F.Shentu, H.T.Tang and C.X.Wang: Journal of Mechanical Strength, Vol.20(1998)No.4, pp. 276-279.
Material Mechanics (the five version).

The main goal of each laboratory stand is to stimulate a high intensity cavitation phenomenon and to evaluate the cavitation resistance of new structural materials.
The assessment of cavitation resistance of structural materials is also carried out on devices simulating the impact of microjet taking place in the final phase of the cavitational bubbles implosion.
Briggs, The Limiting Negative Pressure of Water, Journal of Applied Physics, Vol. 21 (1970) 721-722
[8] Designation: G134-95: standard test method for erosion of solid materials by a cavitating liquid Jet.
Zasada, The destruction mechanism of titanium subjected to cavitation erosion, Key Engineering Materials, Vol. 687, (2016), 117-122.

Introduction The conventional tower packed with fills or packings material has a great surface area, as shown in Fig.1(a).
A common fills material is wooden or fiberglass slats over which the water slowly drips.
International Journal of Heat and Mass Transfer. 48 (2005) 765–777 [7] J.C.
Journal of Engineering for Gas Trubine and Power. vol(127), No.1,pp.1-7, 2005
Mathews, Numerical Methods for Mathematics, Science, and Engineering, Second ed., rentice-Hall International, Inc, 1992.

The history of a thermal process determines the melting productivity of the basic and adding material, the direction and completeness of the metallurgical processes in the weld pool.
The thermal cycle control in the material being joint is one of the main tasks of the welding methods.
M.: Science. - 1965. – 337 p.
The methods of thermal imaging thermogram analysis for fusion welding steel 30ХГСА alloy // A special issue of the Mining Informational and analitical Bulletin (scientific and technical journal). – 2010. – № ОВЗ. – 464 p. – М.: Mining Book Press.
Comparative analysis of calculated and experimental welding temperature distribution values // A special issue of the Mining Informational and analitical Bulletin (scientific and technical journal). – 2010. – № ОВЗ. – 464 p. – М.: Mining Book Press. – P. 433-439.

A Study of Guide Rules and Genre Studies of Urban Underground Space Development from the Perspective of Compact City Jingwei Zhao College of Civil Engineering and Architecture, Shandong University of Science and Technology, Qingdao, Shandong 266510, China zjwzbt@126.com Key words: Compact, underground space, development, guide rules, genre Abstract.
Introduction As a city develops, human resources, financial resources, material resources and information all gather continually, which further expands the scope of land.
References [1] Xueyuan Hou, Kun Liu: Chinese Journal of Underground Space and Engineering, 2005 (1), p. 7-10 (In Chinese) [2] Zhilong Chen,  Ping Zhang, Yubei Wang: Discussion on Prediction Methods of Underground Space Demanded Quantity in Urban Centers--A Case Study on Wuhan Wang Jiadun Central Business District, Planning for 50 Years--Proceedings of Annual National Planning Conference 2006: p. 618-621 (In Chinese) [3] Jing Yao, Xia Guo: Urban Planning International, 2007 (6), p. 102-107 (In Chinese) [4] Zejian Wang, Changyuan Tian: On the Issue of Underground Space Development and Utilization in Famous Historic and Cultural Cities, Paper Collection for 2009 International Forum of Urban Development and Planning: p. 129-131 (In Chinese) [5] Chenpeng Su, Yingshuang Ai: Low Temperature Architecture Technology, 2009 (1), p. 22-23 (In Chinese) [6] Gideon S. 
Golany, Toshio Ojima: Geo-Space Urban Design  (China Architecture & Building Press, China 2005) (In Chinese) [7] Chuanglin Fang, Weifeng Qi: Urban Planning Forum, 2007 (4), p. 65-70 (In Chinese) [8] Tao Wu, Zhilong Chen, Jinrong Xie: Chinese Journal of Underground Space and Engineering, 2006 (7), p. 1191-1195 (In Chinese) [9] Weiwu Sun:  Construction Materials & Decoration, 2007 (9), p. 30-32 (In Chinese) [10] Wenqing Wang: Urban Underground Space Planning and Design (Southeast University Press, China 2000) (In Chinese)

Chou2 1Dept. of Electronic Engineering, Ming-ChuanUniversity (MCU), Taiwan, ROC 2Dept. of Mechatronic Technology, NationalTaiwanNormalUniversity (NTNU), Taiwan, ROC 3Dept. of Materials Engineering, Ming-Chi University of Technology(MCUT), Taiwan, ROC awblin@mail.mcu.edu.tw, bkojason11112222@gmail.com Keywords: Taguchi method, BiFeO3, MFIS capacitors, Memory window.
Introduction The material,bismuth ferrite (BiFeO3),which was presented andcalled multi-ferroelectric in the 1960shas the anti-ferromagnetic (Neel temperature, TN ~ 643K) and ferroelectric (Curie temperature, TC ~ 1103K) characteristics [1].In the past years, the progress of thinfilm technologysuch as pulsed laser deposition (PLD), metal organic chemical vapor deposition (MOCVD), and chemical solution deposition (CSD) providesus with understanding the physical characteristicsof BiFeO3 [2].However, the oxygen vacancies caused by bismuth (Bi) and Fe cause a lot of leakage current in BiFeO3 structure.
voltage Fig. 2 Leakage current of each factor reaction in +3 V Fig. 3 The memory window width with 700 °C, doping concentration 5W, argon-oxygen ratio 10 Fig. 4 Memory window width for each factor of the reaction diagram Fig. 5 Niobium-doped5W, argon oxygen ratio 15, at different annealing temperatures of the XRD patterns Table 1 Leakage current changes in the impact factor of SNR levels in the voltage of +3 VUnit:dB Annealing temperature Niobium-doped Argon oxygen ratio Level 1 -18.8684 -11.0591 -14.6331 Level 2 -14.4607 -14.9153 -15.6908 Level 3 -11.3193 -18.6739 -14.3244 Table 2 Memory window width changes in the level of impact factor SNRUnit:dB annealing temperature Niobium-doped Argon oxygen ratio Level 1 -1.07372 -18.946 Level 2 -24.5284 -10.1005 -10.6118 Level 3 3.687356 -20.0874 -10.5493 References [1] A.Z.Simoes, R.F.Pianno, E.C.Aguiar,E.Long and J.A.Varela, “Effect of Niobium Dopant on Fatigue Characteristics BiFeO3Thin Films Grown on Pt Electrodes”, Journal
Viehland, V.Vaithyanathan, D.G.Schlom, U.V.Waghmare, N.A.Spaldin, K.M.Rade, M.Wuttig and R.Ramesh, “Epitaxial BiFeO3 Multiferroic Thin Film Heterostructures”, Science, Vol.299, No.5613, pp.1719-1722, 2003
Koda, “Crystal Structure and Ferroelectric Properties of Rare-earth Substituted BiFeO3 Thin Films”, Journal of Applied Physics, Vol.100, pp. 014106-014106-9, 2006

Introduction Being a kind of azo dye, it is an important material in chemical engineering, and especially play an important role in industry and daily life of human.
Journal of Chemical Industry & Engineering. 2008, 29(5): 30-35
Institute of Disaster Prevention and Environment Engineering, National Yunlin University of Science and Technology
Journal of Materials and Metallurgy. 2003, 2(1): 10-15.

Materials extracted from open-pit mines include coal, copper, granite, gypsum, lime stones etc.
In mineral extracting process the overburden (surface material covering the valuable deposit) is to be removed first.
V. (1974); Maximum likelihood estimation of parameters in renewal and Markov renewal process, Australian Journal of Statistics: Vol 16; pp 33-43
[4] Dhiren Kumar Behera, Asis Sarkar, Ambuja Behera (2011); Reliability Investigation for a Fleet of Load Haul Dump Machines in a Mine, International Journal of Computer Science and Management Studies, Vol. 11, Issue 02; pp 2231-2239

There are many diseases in highway tunnel: lining crack, deterioration of lining material, cavities behind the lining and shortage of backfill, shortage of lining thickness, lining deformation, movement, settlement, water leakage, cracking of tunnel portal, forward lean, settlement, disease of ancillary facility, apparent disease of lining(from layer, exfoliation, peeling, honeycomb, surface voids, precipitation).
The eight indexes were proposed which can affect the health condition of highway tunnel, as follows: (1) lining crack; (2)deterioration of lining material; (3)cavities behind the lining and shortage of backfill; (4) shortage of lining thickness; (5) lining deformation, movement, settlement; (6)water leakage;(7) cracking, forward lean and settlement of tunnel portal; (8)apparent disease of lining.
Acknowledgement We thank national natural science foundation of China (No.:51068001), the Scientific Research and Technology Development Key Project of Guangxi (No.: 0816006-7 and No.: 0992027-12), the Scientific Research Foundation of GuangXi University (No.: XBZ100762) and the Systematic Project of Guangxi Key Laboratory of Disaster Prevention and Structural Safety(No. 2012ZDX04).
JOURNAL OF DECISION AND DECISION SUPPORT SYSTEMS,(1997),7(4),P87
Journal of Industrial Engineering and Engineering Management,(2001),15(2),P44

In manufacturing industry, to increase the utility rate of material by solving the MRB from mother material is always demanded and therefore becomes an important research topic.
Demonstration profiles of items 1~25 (from left to right and from top to (3) In addition, it has to be pointed out that items 20 and 21 are actual images of leather material captured by a CCD camera.
Acknowledgement This work is supported by the National Science Council of Taiwan under grant NSC91-2622-E-132-CC3.
Lee, SIAM Journal of Computing, 15, 300(1986)
Tsai, International journal of Machine Tools & Manufacture, 44(14), 1423(2004)