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China 3School of Materials Science and Engineering, Changzhou University, Changzhou, 213164, P.R.
China 4Jiangsu Key Laboratory of Materials Surface Science and Technology, Changzhou University, Changzhou, 213164, P.R.
China 5Sino-Russia Joint Laboratory of Functional Nanostructured Materials, Changzhou University, Changzhou, 213164, P.R.
Gleiter, Nanocrystalline materials, Prog.
Kohout, The role of hydrostatic pressure in severe plastic deformation, Advansed engineering materials. 5 (2003) 330–337

The process has several advantages comparing with laser or water blade cutting process, including large operating conditions for most materials, low cost, high cutting efficiency and low material waste.
Radial vibration signal detecting point at fixed blade support, nearby motor The vibratory behavior of band sawing machine will have a direct impact on cutting materials.
So measuring points of accelerometers were selected at materials and sawing arm as a basis for measurement, and it is firm for using super glue to glue.
So, we can analyze that compare measuring surface roughness with band saw speed, cutting rates and cutting properties of materials.
But in final, rough surface and wear scar can be found, this means that blades could not remove materials smoothly due to serious wear of sawing blade tooth.

Generally speaking, diamond segments used for sawing of natural stone materials are composed of diamonds and metal matrix bond.
Different materials can be constructed through setting different particle properties and color on the sample, on which corresponding particles represent different materials.
Huang: Journal of Advances in Mechanics (2003)
Nozaki et al.: Journal of Thin Solid Films (1998)
G.ao: Journal of Artificial Crystal Journal (1999).

The basic principle of the MFAAF process for finishing of flat and cylindrical surfaces were studied by Shinmura et al. [1-4] on difficult-to-machine materials.
The material removal and surface roughness increase as the magnetic abrasive particle diameter increases.
The high level of surface finish of the work material is achieved at higher signal to noise ratio.
Kawashima, Clarification of magnetic abrasive finishing mechanism, Journal of Materials Processing Technology. 143-144 (2003) 682-686
Raghuram, Parametric study of Magnetic Abrasive finishing process, journal of Materials processing technology. 149 (2004) 22-29

Under different scales observation materials have different characteristics, as shown in Fig. 2.
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Materials and Methods Test Preparation.
Not forgetting MyIB for contributing materials for the test.
Advanced Materials Research 602, 1574-1578
International Journal of Academic Research in Business and Social Sciences 8
Journal of Fundamental and Applied Sciences 9 (3S), 546-554

In this investigation, a 4.762 mm diameter HIP-sintered silicon nitride bearing ball (TSN-03, Toshiba Materials Co., Ltd.) was used as the specimen.
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Suresh, “Crack Propagation in Ceramics under Cyclic Loads”, Journal of Material Science, Vol. 22, pp. 1173-1192, (1987)
Kida, “Observation of Crack Growth Behavior of Various Cracks in 4.762mm Diameter Silicon Nitride Balls under Cyclic Compressive Load”, Materials Science Forum, Vol. 971, pp. 101-105, (2019).

Materials and Methods Materials.
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Honzajková: Journal of Hazardous Materials Vol.207–208 (2012) , p.86–90 [9] Shrawan K.
Wu a, Chih-Chao Wu a, Hong-Wen Ma: Chemosphere Vol.54 (2004) , p.997–1003 [13] Susana Cortez, Pilar Teixeira, Rosário Oliveira: Journal of Hazardous Materials Vol.182 (2010) , p. 730–734 [14] Hamidi Abdul Aziz, Osama Mohammed Othman, Salem S.
Abu Amr: Waste Management Vol.xxx (2012) , p.xxx–xxx [15] Songlin Wang , Xiaohui Wu, Yansong Wang: Ultrasonics Sonochemistry Vol.15 (2008) , p. 933 –937 [16] Sebastià Puiga,b, Marc Serraa, Marta Coma: Journal of Hazardous Materials Vol.185 (2011) , p. 763–767 [17] Shrawan K.
Chan: Chemical Engineering Journal Vol.125 (2006) , p.35–57 [20] Fikret Kargi, M.
Yunus Pamukoglu: Enzyme and Microbial Technology Vol.33 (2003) , p.588–595 [21] Hongwei Sun, Qing Yang, Yongzhen Peng: Journal of Environmental Sciences Vol.22(2010) , p.481–485 [22] XU Yiping, ZHOU Yiqi, WANG Donghong: Journal of Environmental Sciences Vol.20(2008) , p.1281 –1287 [23] Michał Bodzek, Ewa Łobos-Moysa, Marlena Zamorowska: Desalination Vol.198 (2006) , p. 16 –23 [24]M.K.Mehmood, E.Adetutu, D.B.