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The sensory devices in the assembly workspace of an intelligent assembly cell Michala Šimúnová1,a and Karol Velíšek1,b 1Slovak University of Technology, Faculty of Materials Science and Technology in Trnava, Rázusová 2, 917 24 Trnava, Slovakia, Europe amichala.simunova@stuba.sk, bkarol.velisek@stuba.sk Keywords: sensory devices, devices, intelligent assembly cell, robot, automation.
The next was to prepare other important requirements which depend on distance, contact, pressure, the object material, consideration of environment, allocation and built-up space as well.
In: World Academy of Science, Engineering and Technology. - ISSN 2010-376X. - Iss. 65.
International journal: Trans Tech publications, Applied Mechanics and Materials,-ISSN160-9336, Vols. 365-366 (2013), pp 672-675, May 2013, Jeju Island, South Korea (2013) [8] information on http://www.rre.in/Notes/General_Reed_Switch_Theory.htm [9] Košťálová, Miroslava - Košťál, Peter: The Intelligent Clamping Fixture. - reg.: Web of Science, Scopus.
In: Applied Mechanics and Materials. - ISSN 1660-9336(PRINT). - ISSN 1662-7482 (ONLINE). - Vol. 152-154: 2012 International Conference on Mechanical Engineering and Materials, ICMEM 2012, Melbourne, 15-16 January 2012 (2012), s. 1670-1674

Wang, in: Proceedings of SPIE International Symposium on Smart Structures and Materials, Damping and Isolation, Newport Beach, CA, Vol. 4331(2001), p.294-301
Chen: Journal of Sound and Vibration, Vol.279(2005), p.1097-1120
Huang: Journal of Vibration Engineering, Vol.14(2001), p.187-191
Liu: Journal of Aerospace Power, Vol.22(2007), p.1737-1741
Lu: Journal of Vibration and Shock, Vol.28(2009), p.1-5

Should authors use tables or figures from other Publications, they must ask the corresponding publishers to grant them the right to publish this material in their paper.
Color figures are welcome for the online version of the journal.
Li, L.J Thompson, Enhanced thermal conductivity through the development of nanofluids, Proceedings of the Symposium on Nanophase and Nanocomposite Materials II, 457 (1997) 3-11
International Journal of Thermal Sciences , (2009) 363-371
J. of Thermal Sciences , (2007) 46, 1-19

（1） In the formula: is the equivalent elastic modulus of backstay cable, is the unit weight of backstay cable, is the elasticity modulus of cable materials, is the tensile stress of backstay cable, is the length of horizontal projection of backstay cable.
Journal Of China & Foreign Highway, 2006,26(4): 76-86; [3]WANG Xing-hai,the Overall Stability Of Single ,[D], Changsha University of Science and Technology 2007.4; [4] P.H.
Journal of Sound and Vibration [J]. 2001.248(4):745–761; [7] Kang Zhan Zhong Wanxie.
China Civil Engineering Journal. 1998.(4)14-22 [8] Song yi-fan The Highway Bridge Loading Tests and Structural Evaluation[M], the People’s Communications Press,2002 [9] Xia Pinqi, James M W Brownjohn.
Journal of Vibration Engineering. 2003, 16(2): 219-223.

Preface The Brazilian Conference on Materials Science and Engineering (CBECIMAT) is the most traditional national meeting of the Materials Science and Engineering community occurring since 1974.
From the papers presented at the Conference, 400 were submitted to publication in Materials Science Forum, 315 submitted to Materials Research and 1200 as full paper in the annals of the congress.
Keywords: Network Theory, Engineering, Materials Science, CBECiMat.
Material and Methods The database used corresponded to the annals of the 19th Brazilian Congress of Materials Engineering and Science - CBECiMat, carried out in 2010.
The semantic network based on keywords of Fig. 1a (Polymeric Materials), shows the behavior presented by networks of other areas: Ceramic Materials, Composite Materials and Metallic Materials.

The latest trends in piston design focus on optimizing combustion chambers, applying new coatings, and exploring new materials [16].
Ciuplys, Fatigue strenght of chrominium plated steell, Material science, vol 12, (2006)
Series: Materials Science and Engineering 179 (2017)
Balakraishnan, Analysis the effect of fatigue performance of phosphate surface coating on the cylinder liner materials by using ANOVA and FTest.
International Journal For Research In Mechanical & Civil Engineering Volume-3, Issue-4, Paper-15 (2017)

To the theory and practice of industrial economics and science based sports industry, analyzes the status quo of college volleyball industrial development by logical analysis.
Findings that: college volleyball industry as an emerging industry has a broad space for development, many institutions and policies are not perfect is the main factor affecting the rapid development of China's college volleyball industries, the development of college volleyball industry to market-oriented, to play college sports as a whole comprehensive strength, to create a good atmosphere volleyball, college sports consumption on campus led to lay a solid foundation for the development of university volleyball industry. 1 Introduction The development of the sports industry for the economic construction of university provided some material and economic foundation.
College Volleyball industry as an emerging industry has a broad space for development, many institutions and policies are not perfect is one of the factors affecting the rapid development of China's college volleyball industry. 3.2 Enhanced contact between universities and sports organizations between universities and colleges, colleges and universities can improve their visibility, you can speed up and facilitate the development of college volleyball industry. 3.3 College Volleyball industry to develop market-oriented, to play college sports as a whole comprehensive strength, to create a good atmosphere volleyball, college sports consumption on campus led to lay a solid foundation for the development of university volleyball industry. 4 References [1] Ma Jing of University Sports Industry Development (Summary) [J] Shandong Institute of Physical Education 2004 (1) [2] Zhang and Zhang Xu New Situation and Research [J] Xi'an Institute of Physical Education of College Sports Industry Journal
2000 (17) [3] Dengguang Qing, Liu Chipin main factors affecting the development of our country's college volleyball [J] Sports Adult Education 2003 (19) [4] Qiu Quan, Tang Naizhou from college sports consumer market talk of Physical Education Industrialization [J] Sports and Science 1999 (20)

Observations from geosynthetic behavior in retaining walls, slopes, embankments and roads have made researchers to consider the use of polymer materials for subsurface reinforcement of soils underneath shallow foundations.
Material Properties.
Grain-size distribution curve of the used materials is shown in Figure 2.
The geogrid used were slender materials with normal stiffness but with no bending stiffness which could only sustain tensile forces and no compression.
R., 2008,“Numerical investigation into the behavior of circular pad shallow foundation supported by geogrid reinforced sand”, American Journal of Applied Sciences, 5(4), 355-368

It is inferred from the optical signal that the first peak in the current curve results from the plasma generation of the bridge material.
The typical behavior of two peaks in the voltage-time curve was observed, the first peak caused by the melting of the bridge, and the second peak results from plasma generation of the bridge material [3-5].
Fig. 14 Characteristic curves of Fig.15 The microscopic photographs of SR-SCB bridge LV-SCB (I= 3.85A) region 3.2 Analysis of electro-exploding performance parameters The SCB ignites energetic materials based on plasma form in practical applications, so in this article we set the input current under which the optical signal overturns the first time as the critical electro-exploding current (Ic).
Journal of applied physics, 62(1987) 1622-1632
Journal of Vacuum Science & Technology B, 6(1997) 1946-1948

Introduction Welding or joining of dissimilar material is difficult and have limitations because physical properties of each material like melting temperature, heat expansion coefficient, conductivity, yielding point, etc.
Experimental procedure Materials.
Aluminum alloys used are A1100 and A5052(2.52% Mg) of both 1mm and 2mm thick and the combinations of materials used are given in Table 1.
Combinations of materials, material thickness and weld metal SPCC 1.0t A1100 A5052 Experiment methods and details.
[2] Sun Z. et al: Journal of Materials Science Letters, Vol.13, No.13(1994), P980