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On one hand, it greatly reduces the conditions water pressure, on the other hand, it offsets the cutting shortage of pure water jet, and it is mainly used in cutting hard materials.
Some related studies indicate that it can cut more than 500 kinds of materials.
It can be used to cut marble, granite, ceramic, glass, cement component, etc, in the construction industry; to cut special materials (such as titanium alloy, carbon fire composite, laminated metal or reinforced plastic glass), plane blades, etc, in the aerospace industry; to cut a variety of non-metallic materials and composite materials, such as car glass, internal decoration board, rubber, plastic gas box, instrument panels, carpet, asbestos brake linings, etc, in the automobile manufacturing industry; to cut a variety of tank armor plate, crawler, bulletproof glass, car body, turret, firearms, etc, in ordnance industry; to cut something that hard to be cut such as abrasion resistant white iron castings [6].
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Using constitutive equations of piezoelectric materials and an equation of the single plate’s motion, a matrix of characteristics of the system was obtained.
Introduction A significant increase of smart materials applications in modern technical devices has been noted in recent years.
Piezoelectric materials that are successfully used as components in machine building can be included in this group as well.
Acknowledgements This work was supported by Polish Ministry of Science and Higher Education - National Science Centre as a part of the research project No.
Wróbel, Control of characteristics of mechatronic systems using piezoelectric materials, Journal of Theoretical and Applied Mechanics 51 (2013) 225–234

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Study on the range of freeze-thaw of surrounding rock from a cold-region tunnel and the effects of Insulation Material Peng QI 1, a, Jing ZHANG 2, b, Zhirong MEI1, c, Yuexiu WU3, d 1China Academy of Railway Sciences, Beijing 100081, China 2 Ocean college of Hebei Agricultural university, Hebei 066003, China, 3Wuhan university , Wuhan 430071, China a961343546@qq.com b15972092588@139.com c117466332@qq.com d yuexiuwu@whu.edu.cn Keywords: frozen rock; phase change; coupled hydro-thermal; frost-thaw Abstract.
By the way, the variation at floor is not obvious for the lack of insulation material.
International Journal of Heat and Mass Transfer 16 (6), 1832–1852
International Journal of Numerical Methods in Engineering 8 (6), 613– 624
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The model takes into account the possibility of increasing the gap between solid magnetic materials of the structure, inside them which the magnetorheological fluid is placed.
This type of fluids can change their viscoelastic properties under the influence of external magnetic fields and refers to so-called semi-active “smart” materials.
Materials and Methods To generate a magnetic field in a magnetorheological brake design is possible in different ways.
Smart Materials and Structures, Volume 28, Number 1, 2018, article id. 014001.
DOI: 10.1016/j.ijnonlinmec.2019.103288 [26] Koray Özsoy, Mustafa Resit Usal A mathematical model for the magnetorheological materials and magneto reheological devices, Engineering Science and Technology, an International Journal, 2018, Volume 21.

Tokyo University of Marine Science and Technology, Tokyo 1088477, Japan a huangly@ouc.edu.cn, b liang@ouc.edu.cn, c fuxiang@kaiyodai.ac.jp Keywords: three stranded polyethylene rope; flume tank experiment; hydrodynamics; hydrodynamic coefficient Abstract: Three-stranded polyethylene ropes and twines are widely used as one of the main materials for fishery facilities.
Introduction The three-stranded polyethylene rope or twine is one of the main materials for fishery facilities, which constitutes the skeleton and basic structure of the netting gears.
Journal of Fishery Science of China.Vol.11, 19-25
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