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Gtxyp1309) Contact info: Zhouyu Hai lecturer ,Guangzhou institute of railway Technology, Guangzhou City No.100 QinLong zhong Road, Baiyun District,Guangzhou 510430, China,E-mail:zhouhai200@163.com Website:http://www.gtxy.cn References [1] C.Y.Wang, L.Zhou and Z.L.Hu, High speed milling of graphite electrode with endmill of small diameter, Chinese Journal of Mechanical Engineering, 20(4), 2007:27-31 [2]I.Nieminen, J.Paro and V.Kauppinen, High-speed milling of advanced materials, Journal of Materials Processing Technology, 56, 1996: 24~36 [3]R.B.Schroeter, R.Kartochvil and J.O.Gomes, High-speed finishing milling of industrial graphite electrodes, Journal of Materials Processing Technology, 179, 2006:128-132 [4] L.Zhou, C.Y.Wang, Z.Qin and W.H.Li, Wear Characteristics of Micro-end mill in High-speed Milling of Graphite Electrode, Key Engineering Materials, 259-260, 2004:858-863 [5] Y.K.Yang, J.R.Shie and C.H.Huang, Optimization Of dry machining parameters for high-purity graphite
in end-Milling process, Materials and Manufacturing process, 21, 2006:832~837 [6] Z.L.Hu, C.Y.Wang and L.Zhou, Cutting Parameters optimization of high-speed milling of thin-walled graphite electrode, Key Engineering Materials, 315- 316, 2006:341-344 [7] S.R DAS and D.K.Pal, Machinability of graphite, Indian Journal of Technology, 11(3):116-121, 1973 [8] M.Masuda, Y.Kuroshima and Y.Chujo, Failure of tungsten carbide-cobalt alloy tools in machining of carbon materials, Wear, 169, 1993:135-140 [9] M.Masuda, Y.Kuroshima and Y.Chujo, The machinability of sintered carbons based on the correlation between tool wear rate and physical and mechanical properties, Wear, 195, 1996: 178~185 [10] K.Kanda, S.Takehana, S.Toshida, and et al, Application of diamond-coated cutting tools, Surface and Coating Technology, 73, 1995:115-120 [11] G.Cabral, P.reis, R.Polini, and et al, Cutting performance of time-modulated chemical vapour deposited diamond coated tool inserts during machining graphite, Diamond
& Related Materials, 15, 2006:1753-1758 [12] M.Masuda, A.Abolkassov, M.Ito, Y.Chujo and Y.Kuroshima, Failure of ceramic and diamond-coated cutting tool when turning carbon-graphite phase sintered carbons, the 5th International Conference on Progress of Machining Technology, Aviation Industry Press, Beijing, 2000 744-749 [13] M.König, Fräsbearbeitung von Graphitelektroden.

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Relatively speaking EBM is mature, which is already commercially available for processing equipment, EBF3 has entered the engineering application research stage.
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Methods for fabrication of nanoscale topographies in tissue engineering scaffolds are presented in reference [351].
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The Effect of Andreasen´s Packing Distribution Modulus on the Physical and Mechanical Properties of a Low Cement Refractory Castable Vitória Gabrieli Malimpensa1,a*, José Antonio Alves Júnior1,b and João Baptista Baldo1,c 1Federal University of São Carlos- Materials Engineering Department, Rod.
References [1] Tomsu,F,I., Palco, S. – “From Conventional Refractory Castables to Actual High-Quality Hydraulic Bonded Products – Development during the Last Forty Years”- Interceram – International Ceramic Review, 60 3-4 – pp 202-207- (2011) [2] C.
Wohrmeyer – “Recwent Advances in Refractories Aluminate Binders and calcvium Aluminate Bonded High Performance Monolithic Castables” – The Journal of Southern African Institute of Mining and Metallurgy – vol. 113 pp-619-629 – (2013) [3] W.
Tomlinson-“Applications of Engineered Castable Systems to Refractory Linings in the Steel Industry”, 39th Int.
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Study on the properties of ground limestone-high alumina cement gelation system Jia Xiao, Chengfu Gou, Caiyun Xu, Hao Xing, Yonggang Jin School of Civil Engineering, Central South University, Changsha 410075, China E-mail:jiaxiaog2007@163.com Keywords: ground limestone-high alumina cement gelation system; setting time; fluidity; strength; SEM Abstract: Effects of various amounts of ground limestone on the setting time, fluidity and compressive strength of high alumina cement were described in this paper.
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Journal of Composite Materials, 51(22)(2017),3175-3185
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Key Engineering Materials, 634(2015),421-432
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Journal of Natural Fibers, 15(4)(2018),575-585.

Girigoswami, ZnO nanoflower based sensitive nano-biosensor for amyloid detection, Materials Science and Engineering. 78 (2017)960–968
Mohapatra, Facile wet chemical synthesis of ZnO nanosheets: Effects of counter ions on the morphological, structural, optical and photocatalytic properties, Ceramics International. 44.18 (2018) 23094-23101
Znaidi, Sol-gel-deposited ZnO thin films: A review, Materials Science and Engineering: B .174. 1–3(2010) 18–30
Kekuda, Effect of annealing temperature on the structural and optical properties of zinc oxide (ZnO) thin films prepared by spin coating process, IOP Conference Series: Materials Science and Engineering. 73. 1.(2015)
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Engineering Structures, vol. 277 (2023).
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Pure and Engineering Sciences, vol. 23 (1) (2020) Pages 149-158
Saand, Mechanical behavior of concrete reinforced with waste aluminum strips, Civil Engineering Journal.
Montay, A Pull-out fiber-matrix interface characterization of vegetal fibers reinforced thermoplastic polymer composites: The influence of the processing temperature, International Journal of Materials and Metallurgical Engineering. 9 (2015) 732–736