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Observation of grinding wheel wear patterns by means of a 3-dimensional digital measuring method Hwa-Soo Leea , Takazo Yamadab , and Naoyuki Ishida c Department of Mechanical Engineering, College of Science & Technology, Nihon University, 1-8-14 Kanda-Surugadai, Chiyoda-ku, Tokyo 101-8308 Japan a lee@mech.cst.nihon-u.ac.jp;b yamada@edu.cst.nihon-u.ac.jp; cm0507004ed@edu.cst.nihon-u.ac.jp Keywords: Grinding wheel, wear, wear pattern, observation, 3-D digital measuring method Abstract.
References [1] Yoshimi SUZUKI and Atsushi KASAHARA: Effect of the stiffness of grinding system on the wheel wear, Abstracts of graduation thesis, Department of mechanical engineering, College of Science and Technology, Nihon University, 2006, 3.
Stout: The characterization of grinding wheels using 3D surface measurement techniques, Journal of Material Processing, 127, 2002, PP.234-237

Then main causes were identified and some measures were taken into consideration; relevant circumstances are described below [2]. 1 Tests of traction and dynamic performance for DF 8B locomotive In order to test the DF 8B locomotive performance, according to the Ministry of Railways, Ministry of Science and Technology Division and Product Quality Supervision and Inspection Center of the arrangements, the prototype for a series of identification tests, there are cab noise tests, stand-alone emergency braking distance trials, locomotive weighing, traction performance, dynamic performance tests and other items of identification.
In addition to idling and sliding effects, wheel tread quickly wear also is effected by locomotive axle load, wheel-week traction, wheel hardness and sand material hardness 2) Locomotive idling and taxiing have been decreased for software improvements, and it can curb wheel out of round by the abnormal wear which is caused by locomotive idling.
References: [1] Xv Ren_hua, Research, Manufacture, Application and Development of DF8B Diesel Locomotive for Heavy-load and Speed-raising Freight Transportation[J].CHINA railway science, Vol.22(4) (2001), P:26-31. [2] QU Tian-wei, Bogie Design of New High-power Diesel Locomotive [J].RAILWAY LOCOMOTIVE & CAR, Vol.27(z1) (2007), P:28-30.61 [3] FANG Jiao-bo, Refinements in design of DF8B locomotive running on lines in South Xinjiang[J].DIESEL LOCOMOTIVES，Vol.3(2006), P:37-41
Stability of higj speed train[J].Journal of Traffic and Transportation Engineering,2005,5(2);P1-4.

THE PROJECT OF TANK INSPECTION ROBOT Mariusz Giergiel1, a, Tomasz Buratowski1,b, Piotr Małka1,c, Krzysztof Kurc2,d, Piotr Kohut1,e,Konrad Majkut1,f, 1AGH University of Science and Technology, 30-059 Cracow Mickiewicza 30 Avenue, Poland 2Rzeszow University of Technology, 35-959 Rzeszow Wincentego Pola 2 Street, Poland agiergiel@agh.edu.pl, btburatow@agh.edu.pl, cmalka@agh.edu.pl, dkkurc@prz.edu.pl, epko@agh.edu.pl, fkmajkut@agh.edu.pl Keywords: Mobile robot, inspection robot, robot for tanks inspection, robot for diagnostics of tanks, underwater robot.
All these examples are introduced to show, that robot constructed by AGH University of Science and Technology unites all positive features of the mentioned robots like flexible ability of motion in metal/concrete tanks, modular construction which allows not only inspection function but – with usage of cleaning module – cleaning tanks’ bottom.
It’s simplicity has influence on low costs of material and manufacturing.
[4] Yoshifumi K.: Development of an Inspection Robot for Spherical Storage Tanks; Journal of the Robotics Society of Japan; vol: 21, 2003, pp. 770- 775

To prevent soil sampler deformation during the process of pressing it into the soil, the soil sampler material is a steel plate of 5 mm in thickness [3].
Acknowledgment This work was financially supported by National Natural Science Foundation of China (51678275).
Building Science. 9 (2014) 45-50
Journal of Zhejiang University of Technology. 1 (2011) 56-57

Application of Experimental Design and MPI Technology in Injection Molding Parameters Optimization Yong Hu 1, 2, a, Wenling Xie 1, 2, b 1Sichuan University of Science & Technology, Sichuan Zigong 643000; 2 Key Lab. in Sichuan Colleges on Industry Process Equipments and Control Engineering, Sichuan Zigong 643000 azggzjdx@263.net, bzsykey@126.com Keywords: Injection Molding Parameter Optimization; Orthogonal Experiment; MPI simulation; Optimal Design Abstract.
A certain type bathtub pedal is designed in the experiment, the material is PP, owning a large flat shell geometry characteristics system, the size is 890mm × 330mm × 65mm, the average wall thickness is 4.5mm, average wall thickness of ribs is 3mm.
Acknowledgements This work was financially supported by the Key Lab. in Sichuan Colleges on Industry Process Equipments and Control Engineering Open Fund (gk200905), Education Reform Project of Sichuan University of Science & Technology (JG-1014).
[8] Baisong Pan, Huiling Gong, Hong Liu, Journal of Zhejiang University of Technology, 2007, 6: pp. 308-312, In Chinese

At the same time, the agricultural structure and spatial distribution should be adjusted in order to facilitate the development of a mosaic configuration in order to create a harmonious complementary landuse practice that will be of mutual benefit to livestock, fisheries and pasture farming, promoting a sustainable eco-agricultural system. 3.3 Promote ecological treatment and improve the innovation capacity of water pollution control The present traditional approach, which does not incorporate innovative management concepts and methods of science and technology, is normally used to treat water pollution.
Science and technology should be used to solve technical problems in terms of rejuvenating the water environment.
Biological communities in the Qinhuai River and their environment, as well as different species in the biological community, have an ongoing exchange of material and energy, and are in a dynamic balance of interaction and mutual influence.
Journal of water resources and construction, 2010 (8) [3] Sun Feng.

Ge 2, 1 , J.P.Shao 1 and Z.Q.Li 1 1 Contemporary Manufacturing Engineering and Cutter Exploitation Laboratory, Harbin University of Science and Technology, china, wypbl@163.com 2 Mechanical Electron Engineering College, Harbin Institute of Technology, china, gejianghua@sina.com Keywords: complex product, collaborative design, work breakdown structure, time sequence Petri Nets Abstract.
MCM is a collaborative work net graphic and describes the whole workflow, defines visible part of process exterior; CLM executes change of process resource (human, material and information), collaboration of enterprises, and expresses interior of activity.
[6] Q.S.Pan, B.Jiang: Journal of Tsinghua University (Science and Technology), Vol. 40(9)(2000),p.17-20

During the establishment, the basic settings, such as structure simplification, meshing, element choose, material models, loading and initial conditions, were handled according to Refs. [5-9].
Yan, in: 2009 China Coach Annual Meeting Symposium, Xi’an: Shanxi Science and Technology Press (2009) [5] Q.
Shen, in: 2010 China Coach Annual Meeting Symposium, Xi’an: Shanxi Science and Technology Press (2010) [9] F.L.
Sun: China Journal of Highway and Transport, Vol. 23-5(2010), pp. 113-118

With having the energy resource quickly exhausted, a wave-propagating material carrier of a threshold deformation proves to be beyond competition.
Read, On the theory of the formation of martensite, Journal of Metals. 1953 november 1503-1515
Fischer, Mechanics and Phase Transformation, Advances in mechanical behaviour, plasticity and damage, Proceedings of EUROMAT, Elsevier science, Amsterdam, 2000. pp. 41-52
Konovalov, Computation of proportion of martensite in the case of athermal macrokinetics, Metal science and heat treatment. 52 9-10 (2010) 446-450

Summary In this design, by using the software decoding technology, the software technology is used to replace some the hardware circuit function, thereby the PT2272 decoding chip is omitted in the receiving circuit, and it makes the receiver smaller, decreases material cost.
Science & Technology Information, 2007, 34:392-433 [4] Hu YunLong.
Journal of Hefei University (Natural Sciences), March 2005 [5] Cao JianPing.