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Online since: April 2011
Authors: Izabel Fernanda Machado, Patrícia Alves Barbosa
Guo: Journal of Materials Processing Technology Vol.142 (2003), p.72
[3] S.
Guo: International Journal of Mechanical Sciences Vol.49 (2007), p.909 [4] N.
Horstemeyer: International Journal of Mechanical Sciences Vol.47 (2005), p.1423 [6] D.
Chan: Journal of Materials Processing Technology Vol.129 (2002), p. 101 [13] J.
Gray III: Materials Science and Engineering A Vol.410-411 (2005), p. 252 [15] L.
Guo: International Journal of Mechanical Sciences Vol.49 (2007), p.909 [4] N.
Horstemeyer: International Journal of Mechanical Sciences Vol.47 (2005), p.1423 [6] D.
Chan: Journal of Materials Processing Technology Vol.129 (2002), p. 101 [13] J.
Gray III: Materials Science and Engineering A Vol.410-411 (2005), p. 252 [15] L.
Online since: October 2010
Authors: Andrey Osmakov, V. Rumyantsev, Ya. Dyatlova, V. Pesin, S.S. Ordanyan
One of the approaches to enhance the zirconia-based ceramics stability is the development of composite materials much less subject to adverse effects of t→m transformation.
The stability parameters for these two types of materials are also virtually the same.
Inferior microstructural uniformity, non-uniform distribution of component phases, combined with higher ‘tetragonality factor’ values lead to mechanical instability in ZTAC materials.
References [1] J.Vleugels Fabrication, wear and performance of ceramic cutting tools Advances in Science and Technology vol.45 (2006) pp 1776-1785 [2] M.Arin, G.Goller, J.Vleugels, K.Vanmeensel Production and characterization of ZrO2 ceramics and composites to be used for hip prosthesis Journal of Materials Science, v.43, №5, 2008, pp 1599-1611 [3] J.Chevalier, L.Gremillard, A.V.Vircar, D.R.Clarke The tetragonal- monoclinic transformation in zirconia: lessons learned and future trends.
Neorganicheskiye Materialy (Inorganic Materials), vol.8, 1972, №8, pp. 1500 -1502 [7] R.P.Ingel, D.Lewis Lattice parameters and density for Y2O3-stabilized ZrO2 Journal of American Ceramic Society 69[4], 1986, p.325-332
The stability parameters for these two types of materials are also virtually the same.
Inferior microstructural uniformity, non-uniform distribution of component phases, combined with higher ‘tetragonality factor’ values lead to mechanical instability in ZTAC materials.
References [1] J.Vleugels Fabrication, wear and performance of ceramic cutting tools Advances in Science and Technology vol.45 (2006) pp 1776-1785 [2] M.Arin, G.Goller, J.Vleugels, K.Vanmeensel Production and characterization of ZrO2 ceramics and composites to be used for hip prosthesis Journal of Materials Science, v.43, №5, 2008, pp 1599-1611 [3] J.Chevalier, L.Gremillard, A.V.Vircar, D.R.Clarke The tetragonal- monoclinic transformation in zirconia: lessons learned and future trends.
Neorganicheskiye Materialy (Inorganic Materials), vol.8, 1972, №8, pp. 1500 -1502 [7] R.P.Ingel, D.Lewis Lattice parameters and density for Y2O3-stabilized ZrO2 Journal of American Ceramic Society 69[4], 1986, p.325-332
Online since: August 2023
Authors: Rossen Radev, Danail Gospodinov, Ivo Draganov, Nikolay Ferdinandov
Materials Science and Engineering 564 (2019), pp 1-9
Materials and Design 55 (2014), pp 619-632
Materials Science and Engineering A 405 (2005), pp 333-338
Materials Science and Engineering A 419 (2006), pp 389-396
Journal of Material Processing Technology 203 (2008), pp 411-419
Materials and Design 55 (2014), pp 619-632
Materials Science and Engineering A 405 (2005), pp 333-338
Materials Science and Engineering A 419 (2006), pp 389-396
Journal of Material Processing Technology 203 (2008), pp 411-419
Online since: December 2010
Authors: Wen Yu Ji, Ming Zhe An, Zhi Gang Yan
Material Performance of RPC T-beam
Material of RPC.
Materials and Structures, Vol. 29 (1996), p 233-240
PCI Journal, Vol. 44 (1999), p 60-71
Journal of the China Railway Society, Vol. 26 ( 2004), p 116-119. ( in Chinese) [7] YAN Zhigang, YAN Guiping, FANG Youliang. in: Progress in Safety Science and Technology Vol. 4, edited by Feng Changgen, Science Press, Shanghai, China (2004)
China Civil Engineering Journal, Vol. 42 (2009), p 126-132.
Materials and Structures, Vol. 29 (1996), p 233-240
PCI Journal, Vol. 44 (1999), p 60-71
Journal of the China Railway Society, Vol. 26 ( 2004), p 116-119. ( in Chinese) [7] YAN Zhigang, YAN Guiping, FANG Youliang. in: Progress in Safety Science and Technology Vol. 4, edited by Feng Changgen, Science Press, Shanghai, China (2004)
China Civil Engineering Journal, Vol. 42 (2009), p 126-132.
Online since: March 2014
Authors: Hao Chen, Xiao Xuan Pian, Bing Bing Fan, Chen Yang Wang, Ke Ke Guan, Qian Nan Mao, Li Na Miao, Fang Lei Tong, Hao Wu
Preparation and Characterization of Nanocrystalline CaO-ZrO2 Powders by Microwave Pyrolysis
Bingbing Fana*, Keke Guan, Hao Chen, XiaoxuanPian, Chenyang Wang, Qiannan Mao, Lina Miao, Fanglei Tong, Hao Wu
School of Materials Science and Engineering, Zhengzhou University, Henan, 450001, P.R.
Introduction Zirconia (ZrO2) is a kind of well-known oxide ceramic material used for refractory materials and oxygen sensors[1].
Scott, Phase relationships in the zirconia-yttria system, Journal of Materials Science 10(9) (1975) 1527-1535
Pajak, X-ray and SEM studies on zirconia powders, Journal of Achievements in Materials and Manufacturing Engineering 31 (2) (2008) 408-414
Yoshimura, Zirconia-13mol% calcia solid solution synthesis by the polymerized complex and co-precipitation routes, Journalof Materials Science Letters13 (1994) 1564-1566
Introduction Zirconia (ZrO2) is a kind of well-known oxide ceramic material used for refractory materials and oxygen sensors[1].
Scott, Phase relationships in the zirconia-yttria system, Journal of Materials Science 10(9) (1975) 1527-1535
Pajak, X-ray and SEM studies on zirconia powders, Journal of Achievements in Materials and Manufacturing Engineering 31 (2) (2008) 408-414
Yoshimura, Zirconia-13mol% calcia solid solution synthesis by the polymerized complex and co-precipitation routes, Journalof Materials Science Letters13 (1994) 1564-1566
Online since: April 2015
Authors: Ya Zheng Liu, Xin Li Wen, Bo Jiang, Lie Chen, Hai Long Wang, Le Yu Zhou
Xie: Journal of Aeronautical Materials, Vol. 27(2007), p. 6-9
Kerscher: International Journal of Fatigue, Vol. 64(2014), p.114-120
Parkins: Corrosion Science, Vol. 37(1995), p. 1705-1720
Akid, et al: Fatigue and Fracture of Engineering Materials and Structures, Vol. 19(1996), p. 427-439
Zhao: Journal of Nanjing University of Technology(Natural Science Edition), Vol.31(2009), p. 27-31.
Kerscher: International Journal of Fatigue, Vol. 64(2014), p.114-120
Parkins: Corrosion Science, Vol. 37(1995), p. 1705-1720
Akid, et al: Fatigue and Fracture of Engineering Materials and Structures, Vol. 19(1996), p. 427-439
Zhao: Journal of Nanjing University of Technology(Natural Science Edition), Vol.31(2009), p. 27-31.
Online since: August 2013
Authors: Li Jun Zhu, Rui Jian Sun, Meng Yao Li, Jin Chi Zhang
Which makes it currently one of the hottest topics to improve the corresponding properties of polymers through the modification of inexpensive organic and inorganic materials[1-3].
References [1] Jingjing Li, Ganshuan Bai: Science of Soil and Water Conservation (in Chinese), Vol.10 (2012), p. 114-120 [2] Chunlin Gou, Xinai Wang, Yongsheng Li: Scientia Agricultura Sinica (in Chinese), Vol.19 (2011), p. 4015-4021 [3] Junping Zhang: Carbohydrate polymers, Vol.68 (2007), p. 367-374 [4] Liying Zhang, Chaodong Liao, Zhanhe Yin: Applied Chemical Industry (in Chinese), Vol.38, No.2(2009), p. 282-285 [5] Gui Peng, Shimei Xu, Yang Peng: Bioresource Technology, Vol.99 (2008), p. 444-447 [6] Jianxin Yue, Guohua Wen, Lili Wang, Guoqiang Sun: Chinese Journal of Colloid & polymer, Vol.22 (2004), p. 17-19 [7] Lan Wu, Mingzhu Liu: Polymer Materials and Engineering (in Chinese), Vol.22 (2004), p. 250-253 [8] Junjie Nie, Lijin Wang, Huan Zhou: Rock and Mineral Analysis (in Chinese), Vol.28 (2009), p. 69-71 [9] Pourjavadi A, Ayyari M, Amini-Fazl M S: European Polymer Journal, Vol.44 (2008), p. 1209-1216 [10] Yuhua Yang, Hongjian Ji, Zhenyuan Pan: Applied Chemistry (in Chinese
), Vol.10 (1993), p. 112-113 [11] Fushun Zhang, Chengda Gao, Wei Zhang: Polymer Material Science and Engineering (in Chinese), Vol.20 (2004), p. 179-183 [12] AT. & T.
Patent 5,163,115. (1992) [13] Xiaohong Liu, Xinzhu Xiang: Journal of Wuhan Textile University (in Chinese).
Vol.12 (1999), p. 17-20 [14] Fei Chen, Hongke Tang: Journal of Anhui Agri.
References [1] Jingjing Li, Ganshuan Bai: Science of Soil and Water Conservation (in Chinese), Vol.10 (2012), p. 114-120 [2] Chunlin Gou, Xinai Wang, Yongsheng Li: Scientia Agricultura Sinica (in Chinese), Vol.19 (2011), p. 4015-4021 [3] Junping Zhang: Carbohydrate polymers, Vol.68 (2007), p. 367-374 [4] Liying Zhang, Chaodong Liao, Zhanhe Yin: Applied Chemical Industry (in Chinese), Vol.38, No.2(2009), p. 282-285 [5] Gui Peng, Shimei Xu, Yang Peng: Bioresource Technology, Vol.99 (2008), p. 444-447 [6] Jianxin Yue, Guohua Wen, Lili Wang, Guoqiang Sun: Chinese Journal of Colloid & polymer, Vol.22 (2004), p. 17-19 [7] Lan Wu, Mingzhu Liu: Polymer Materials and Engineering (in Chinese), Vol.22 (2004), p. 250-253 [8] Junjie Nie, Lijin Wang, Huan Zhou: Rock and Mineral Analysis (in Chinese), Vol.28 (2009), p. 69-71 [9] Pourjavadi A, Ayyari M, Amini-Fazl M S: European Polymer Journal, Vol.44 (2008), p. 1209-1216 [10] Yuhua Yang, Hongjian Ji, Zhenyuan Pan: Applied Chemistry (in Chinese
), Vol.10 (1993), p. 112-113 [11] Fushun Zhang, Chengda Gao, Wei Zhang: Polymer Material Science and Engineering (in Chinese), Vol.20 (2004), p. 179-183 [12] AT. & T.
Patent 5,163,115. (1992) [13] Xiaohong Liu, Xinzhu Xiang: Journal of Wuhan Textile University (in Chinese).
Vol.12 (1999), p. 17-20 [14] Fei Chen, Hongke Tang: Journal of Anhui Agri.
Online since: March 2010
Authors: Hong Ling Chen, Sheng Qiang Yang, Wen Hui Li, Shi Chun Yang
Crankshaft rotates round its axes of main journal in opposite direction.
Relative Motion Analysis According to the characteristic and request of relative motion invariability, model diagram of motion analysis for arbitrary point M of connecting rod journal surface, shown as Fig.2, is set up, where O is rotary center of crankshaft (main journal), O1 is center of connecting rod journal, l is distance between center of main journal and connecting rod journal, r is radius of connecting rod journal, n is rotational speed of crankshaft, S and f are the reciprocating amplitude and frequency.
Acknowledgements This project is supported by technique innovation fund of third science and technology enterprise (2003) with ministry of science and technology and finance ministry(03C26211300493) and science and technology foundation of ShanXi(2007031158) References [1] S.C.
Yang: Key Engineering Materials， Vols. 359-360(2008), pp.394-398
Advanced Materials Research，Vols.53-54(2008), pp.15-19.
Relative Motion Analysis According to the characteristic and request of relative motion invariability, model diagram of motion analysis for arbitrary point M of connecting rod journal surface, shown as Fig.2, is set up, where O is rotary center of crankshaft (main journal), O1 is center of connecting rod journal, l is distance between center of main journal and connecting rod journal, r is radius of connecting rod journal, n is rotational speed of crankshaft, S and f are the reciprocating amplitude and frequency.
Acknowledgements This project is supported by technique innovation fund of third science and technology enterprise (2003) with ministry of science and technology and finance ministry(03C26211300493) and science and technology foundation of ShanXi(2007031158) References [1] S.C.
Yang: Key Engineering Materials， Vols. 359-360(2008), pp.394-398
Advanced Materials Research，Vols.53-54(2008), pp.15-19.
Online since: October 2010
Authors: Qing Jun Chen, Xiao Zhen Hua, G.Z. Ye, Duo Sheng Li, Ai Hua Zou, Xian Liang Zhou, Jian Yun Zhang, Yong Jin Tang
Advanced Material and Process.
Vol.160 (2002), p.43 [3] Tongxiang Fan, Di Zhang, Renjie Wu: Journal of Materials Science.
Vol. 37(2002), p. 5191 [4] Sofyan B T, Polmear L J, Ringer S P: Materials Science Forum Vol.396-402(2002), p. 613 [5] Heinz A, Haszler A, Keidel C, et al.: Material Science and Engineering A Vol. 280(2000), p.102 [6] Byung-Geol Kim, Shang-Li Dong and Ick-Jun Kim: Metals and Materials International. 2001 Vol.7 (2001), p.213 [7] Mohmad Soib Bin Selamat: Advanced Performance Materials Vol.3 (1996), p.183 [8] Bernie Yaping Zong, Fang Zhang, Gang Wang: Journal of Materials Science Vol. 42 (2007): p.4215 [9] K.S.
Kang: Journal of Materials Engineering and Performance Vol.17 (2008), p.432 [10] Mohn WR: SALMPE Vol.1 (1988), p. 26 [11] Zhao Min, Wu Gaohui and Jiang Longtao: Journal of Materials Science.
Materials Science and Engineering A Vol.323 (2002), p.445 [15] Na Chen, Hongxiang Zhang, Mingyuan Gu, Yanping Jin: Journal of Materials Processing Technology Vol.209 (2009), p.1471
Vol.160 (2002), p.43 [3] Tongxiang Fan, Di Zhang, Renjie Wu: Journal of Materials Science.
Vol. 37(2002), p. 5191 [4] Sofyan B T, Polmear L J, Ringer S P: Materials Science Forum Vol.396-402(2002), p. 613 [5] Heinz A, Haszler A, Keidel C, et al.: Material Science and Engineering A Vol. 280(2000), p.102 [6] Byung-Geol Kim, Shang-Li Dong and Ick-Jun Kim: Metals and Materials International. 2001 Vol.7 (2001), p.213 [7] Mohmad Soib Bin Selamat: Advanced Performance Materials Vol.3 (1996), p.183 [8] Bernie Yaping Zong, Fang Zhang, Gang Wang: Journal of Materials Science Vol. 42 (2007): p.4215 [9] K.S.
Kang: Journal of Materials Engineering and Performance Vol.17 (2008), p.432 [10] Mohn WR: SALMPE Vol.1 (1988), p. 26 [11] Zhao Min, Wu Gaohui and Jiang Longtao: Journal of Materials Science.
Materials Science and Engineering A Vol.323 (2002), p.445 [15] Na Chen, Hongxiang Zhang, Mingyuan Gu, Yanping Jin: Journal of Materials Processing Technology Vol.209 (2009), p.1471
Online since: February 2026
Authors: Eli Usheunepa Yunana, Jesse Usheujawa Yunana, Mustapha Abdullahi, Ibrahim Mohammed Inuwa
Materials Science in Semiconductor processing 147, 106734 (2022). https://doi.org/10.1016/j.mssp.2022.106734
International Journal of Advanced Science and Technology 9, (2020) 2858-2863
Journal of Materials Chemistry C, Advance Article (2024). https://doi.org/10.1039/D4TC01058B
Journal of Materials Chemistry C, 12(4), (2024) 987–995. https://doi.org/10.1039/D3TC04122E
Journal of Materials Science, 58(14), (2023) 5573–5585. https://doi.org/10.1007/s10853-023-08062-z
International Journal of Advanced Science and Technology 9, (2020) 2858-2863
Journal of Materials Chemistry C, Advance Article (2024). https://doi.org/10.1039/D4TC01058B
Journal of Materials Chemistry C, 12(4), (2024) 987–995. https://doi.org/10.1039/D3TC04122E
Journal of Materials Science, 58(14), (2023) 5573–5585. https://doi.org/10.1007/s10853-023-08062-z