Search results

Colored Graph Based BOM Layer Model Chongjing YAN 1, a, Yan SONG 2,b 1 College of Mechanical and Electrical Engineering, Nanjing University of Aeronautics and Astronautics, Nanjing, China; 2 Department of Mechanical and Electrical, Nanjing College of Information Technology, Nanjing, China ayancj@nuaa.edu.cn, bsongyan@njcit.edu.cn Keywords: Bill of material; Multi view modeling; Colored graph Abstract.
Bill Of Material (BOM) is the most important data for modern manufacturing enterprises.
Mikio: World Congress on Computer Science and Information Engineering.
Perez Garcia, et al: Journal of Materials Processing Technology, Vol. 199(2008), p.431
Li, et al: International Journal of Production Economics, Vol. 84(2003), p.133

In the large-scale manufacturing enterprise supply chain, each vendor has its own material containers.In the production process, these containers will transport to a different workshop or factory with the material in them.
Inventory management module is mainly for material container of transfer process to identify and records，and add the location information of the tag reader to the material container state information，then transmit the data to the server database.
So the material container inventory management system will have great prospect in practical applications.
International Journal of RF Technologies: Research and Applications Vol. 1, No. 1, March 2009, 44–56
[8] Yunin Shi, Chunlin Wu.Science &Technology information.7 (2011),35-36

Turbidity currents are the main sedimentation mechanism in dam reservoir and can unload or even resuspend bed materials [2].
The head height increases with slope, because the body velocity increases and materials move more rapidly into the head [6].
The key role of bed materials in self-reinforcing mechanism of the head was discussed in [2].
It means that the gravity current erosion of bed materials is more than its deposition onto the bed.
The suspended materials increase the density and thus the speed of the current.

The nonlocal theory model of ceramics materials under ultrasonic vibration Compared to classical elasticity [3, 4] the long-range mechanical effects of material microstructure are added to constitutive equations in nonlocal theory.
In general, . is nonlocal dimensions parameter, and usually suppose it is constant and suitable for the corresponding materials [6].
Nonlocal polar elastic continua．International Journal of Engineering Science,1972,10(1):1-16 [4] Eringen A C, Edelen D G.
International Journal of Engineering Science,1972,10(3): P233-248
Journal of Mechanics, 1992,24(3):329-338

DebRoy,H.K.D.H.Bhadeshia;Recent Advances in Friction Stir Welding – Process, Weldment Structure and Properties, Progress in Materials Science 53 (2008) 980-1023
Szkodo, analysis of FSW welds made of Aluminium alloy AW 6082-T6, Archives of Materials Science and Engineering, Volume 28,Issue 8,August 2007
NOGI, Friction stir welding characteristics of 2017-T351 aluminum alloy sheet, JOURNAL OF MATERIALS SCIENCE 40 (2005) 3297 – 3299
Ozarpa, On the friction stir welding of Aluminium alloys EN AW 2024-0 and EN AW 5754-H22, Archives of Materials Science and Engineering, Volume 28,Issue 1,January 2007
SYazdanian,Z W Chen, Effect of friction stir lap welding conditions on joint strength of Aluminium alloy 6060,Processing,Microstructure and Performance of materials, IOP Conference series: Material Science and Engineering 4(2009).

In vitro hemolysis test is often used as an indicator of the injuries of the red blood cell membrane and considered being a simple and reliable measure for estimating blood compatibility of materials.
Zhou: submitted to Journal of Material Science: Material (2008)
[9] J.Yu: submitted to Journal of Material Science: Material (2008)
Zhang: submitted to Journal of Biomaterials Science Polymer (2005)
Lee: Journal of Biomaterials Science Polymer (2008).

In this paper, using UG software, change the traditional titanium implants into a new implant by the different thickness of the titanium layer wrapped in a variety of materials, and using ansys workbench changes thickness and Young's modulus of the core material, analysis of various the case of force and deformation of the implant, looking for a good biomechanics is both compatible with good mechanical properties and implant materials.
In this paper, a titanium layer thickness and Young's modulus of the core material of two variables, using the analysis method to change the value of the control variable of these two parameters, with the analysis of ansys workbench, implant under various conditions of stress and deformation to find a good biomechanics is both compatible with good mechanical properties and implant materials.
Materials and methods Build three-dimensional model of implant.
The outcomes and discussions Given in this paper, the experiment scheme is more, only give two experimental scheme, the stress and deformation of the cloud see this section for the rest of the experimental results of analysis When planting in core materials elastic modulus of 130GPa, Poisson's ratio is 0.3, titanium layer thickness of 0.8 mm when the stress and deformation of the please as shown in Fig. 4. .
Chinese Journal of Oral planting, 2005,10 (1) :9-25 [3] Tada S,Steganiu R.Influnce of implant design and bone quality on stress distribution in bone around implants:a 3-dimensional finite element analysis.Int J Oral Maxxillofac Implants,2003,18:357~368 [4] Himmlova L, Dostalova T, Kacovsky A, et al.

Factors Influencing the Surface Quality during Ultra-Precision Grinding of Brittle Materials in Ductile Mode M.J.
Grinding experiments of brittle materials are carried out.
When maximum cutting depth of single abrasive grain (agmax) is less than or equal to critical cutting depth of brittle materials (agc), brittle materials are ground in ductile mode during ultra-precision grinding, per contra, brittle materials are ground in fracture mode.
So, agmax � agc is very important for obtaining super smooth surface of brittle materials.
Dong et al: Chinese Journal of Mechanical Engineering, Vol. 37 (2001), p. 1

Wang: Materials Exploitation and Application. 14(2000),p.38-41 [6] C.
Zhang: New functional materials(Chemical Industry Publishing House, Beijing2001) [7] Czaja;Stan.
Zhou: Materials Engineering. 4(2006),p.152-159 [10] B.
Jiao, et al: Journal of Inorganic Materials. 18(2003),p.578-584 [15] G.
Shen: Journal of Inorganic Materials. 20(2005),p.138-142

Optimization of cutting parameters for surface roughness in machining of GFRP composites with graphite/fly ash filler. in Procedia Materials Science. 2014
Fuzzy logic modeling and multiple performance optimization in turning GFRP composites using desirability function analysis. in Procedia materials science. 2014
Ahmed: Journal of materials processing technology.Vol. 172 (2006), p. 299-304
Sharma: Bulletin of Materials Science.Vol. 37 (2014), p. 327-335
Celik: Materials Characterization.Vol. 150 (2019), p. 1-7