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Online since: April 2012
Authors: Bai Yang Lou, Fang Liang Dong, Bin Xu, Qiong Tong Ma, Shui Long Kong
Introduction
For manufacturing high-precision temperature-sensitive control components and one of the core technology agencies, temperature-sensitive materials has become an important trend in the development of materials science and research hotspot[1].
Experimental materials and methods Experimental materials.
Beijing: National Defence Industry Press. 268 (1982) [2] LOU Bai yang, CHENG Li, LOU Cheng hua: Journal of Yunnan University (Natural Sciences). 1 (2002), p.78
[3] GONG Mei, ZUO Yi, ZOU Qin, et: Journal of Functional Materials. 3 (2009). p.28
[5] YAN Jun-feng, WANG Xue-wen et: Journal of Northwest University (Natural Science Edition), 35, 5(2005).
Experimental materials and methods Experimental materials.
Beijing: National Defence Industry Press. 268 (1982) [2] LOU Bai yang, CHENG Li, LOU Cheng hua: Journal of Yunnan University (Natural Sciences). 1 (2002), p.78
[3] GONG Mei, ZUO Yi, ZOU Qin, et: Journal of Functional Materials. 3 (2009). p.28
[5] YAN Jun-feng, WANG Xue-wen et: Journal of Northwest University (Natural Science Edition), 35, 5(2005).
Online since: May 2022
Authors: Dragoș Dumitru Vâlsan, Vlad Marius Bolocan, Bogdan Gavre, Corneliu Marius Crăciunescu
Materials genome engineering (MGE) is becoming a powerful solution to accelerate the innovation in the field of materials development.
Takeuchi, , ed., Combinatorial materials synthesis.
High-throughput analysis: a tool for combinatorial materials science.
Takeuchi, Nature Materials 3, 429 (2004)
Ito, Materials Science Forum, 469, 534-536 (2007)
Takeuchi, , ed., Combinatorial materials synthesis.
High-throughput analysis: a tool for combinatorial materials science.
Takeuchi, Nature Materials 3, 429 (2004)
Ito, Materials Science Forum, 469, 534-536 (2007)
Online since: August 2023
Authors: Mnerie Dumitru, Vesna Petrović, Dušan Gavanski, Branko Savić
The results of research into new materials are increasingly pushing the boundaries of science and technology.
Today, in materials science, it is customary to divide materials into three basic groups: metals, ceramics, and polymers.
However, Sandia Labs' materials science team has engineered a platinum-gold alloy that they believe is the most wear-resistant metal and/or alloy in the world.
A review of these researches shows that materials science is a field of research that is expected to make a leap into the future in many aspects of life.
Masked cyanoacrylates unveiled by mechanical force, Journal of the American Chemical, Society. 2010;132(13):4558-4559.
Today, in materials science, it is customary to divide materials into three basic groups: metals, ceramics, and polymers.
However, Sandia Labs' materials science team has engineered a platinum-gold alloy that they believe is the most wear-resistant metal and/or alloy in the world.
A review of these researches shows that materials science is a field of research that is expected to make a leap into the future in many aspects of life.
Masked cyanoacrylates unveiled by mechanical force, Journal of the American Chemical, Society. 2010;132(13):4558-4559.
Online since: June 2017
Authors: Oleg V. Sharkov, Nikolay Velikanov, Sergei Koryagin
Adhesive compositions are used as a binder in many composite materials.
It is known, that residual stresses can significantly weaken the strength of composite materials.
Wang, The Elastohydrodynamic Lubrication Analysis of Composite Material Gear, Advanced Materials Research, 706-708 (2013) 1622–1626
Alexis, Fracture studies of an adhesive joint involving composition alteration, Journal of Chemical and Pharmaceutical Sciences, 2015-April (2015), 269–273
Xiao, Elastic-plastic stress investigation for an arc-shaped interface crack in composite material, International Journal of Mechanical Sciences, 83 (2014) 104–111.
It is known, that residual stresses can significantly weaken the strength of composite materials.
Wang, The Elastohydrodynamic Lubrication Analysis of Composite Material Gear, Advanced Materials Research, 706-708 (2013) 1622–1626
Alexis, Fracture studies of an adhesive joint involving composition alteration, Journal of Chemical and Pharmaceutical Sciences, 2015-April (2015), 269–273
Xiao, Elastic-plastic stress investigation for an arc-shaped interface crack in composite material, International Journal of Mechanical Sciences, 83 (2014) 104–111.
Online since: January 2014
Authors: Dariusz Boroński
As in practice, in the weld zone, we have to do with three different materials with different properties including: welds metal, heat affected zone, and base metal.
International Journal of Fracture 35, (1987) 3-20
Journal of Nuclear Materials 307-311 (2002) 1609-1612
Cyclic material properties distribution in laser-welded joints, International Journal of Fatigue, Vol 28/4 (2006) 346-354
Boroński, Material Properties Investigations With the Use of Microspecimen, Materials Science Forum 726 (2012) 51-54.
International Journal of Fracture 35, (1987) 3-20
Journal of Nuclear Materials 307-311 (2002) 1609-1612
Cyclic material properties distribution in laser-welded joints, International Journal of Fatigue, Vol 28/4 (2006) 346-354
Boroński, Material Properties Investigations With the Use of Microspecimen, Materials Science Forum 726 (2012) 51-54.
Online since: October 2013
Authors: Feng Ma, Yan Qin
Shang, Materials Science, 25(2011), p.77
[4] Y.
Xiao, Materials Science. 23(2009), p.83 [9] D.
Zhang, New Building Materials. 2(2010), p.25 [11] T.
Ke, Materials Science. 17(2003), p.69 [14] S.
Zhang, Journal of materials science and engineering. 28(2010), p.946
Xiao, Materials Science. 23(2009), p.83 [9] D.
Zhang, New Building Materials. 2(2010), p.25 [11] T.
Ke, Materials Science. 17(2003), p.69 [14] S.
Zhang, Journal of materials science and engineering. 28(2010), p.946
Online since: July 2016
Authors: Giang Dinh Nguyen, Vinh Phu Nguyen
This allows MPM simulations to
be carried out for structures and materials discretized by Voronoi tessellations.
This extension can bring more flexibility in discretizing the structures/- materials.
A particle method for history-dependent materials.
Journal of Computational Physics, 230(16):6379 -- 6398, 2011
Computer Modeling in Engineering and Sciences, 5(6):477--495, 2004
This extension can bring more flexibility in discretizing the structures/- materials.
A particle method for history-dependent materials.
Journal of Computational Physics, 230(16):6379 -- 6398, 2011
Computer Modeling in Engineering and Sciences, 5(6):477--495, 2004
Online since: September 2014
Authors: Zai Hui Cao, Zhong Yan Hu, Jin Fa Shi
Modern product design, material selection of expanded, not only a natural material, there are a lot of modern science and technology new material synthesis.
Material is the material basis for the design and the carrier, is the important aspect of science and technology research, design materials by comparing single wood, ceramic, glass, metal to the increasingly rich plastic and composite materials for the product design opened up a broad heaven and earth.
Fig.4 Kirikabu Another feature of materials and design is technical.
[5] Color and product design, hu zhong yan, zhengzhou aviation industry management journal (social science edition), 2003.03
[7] Tienan li, The British industrial design education,Southeast university journals (philosophy and social science edition),2008.9 p92-94.
Material is the material basis for the design and the carrier, is the important aspect of science and technology research, design materials by comparing single wood, ceramic, glass, metal to the increasingly rich plastic and composite materials for the product design opened up a broad heaven and earth.
Fig.4 Kirikabu Another feature of materials and design is technical.
[5] Color and product design, hu zhong yan, zhengzhou aviation industry management journal (social science edition), 2003.03
[7] Tienan li, The British industrial design education,Southeast university journals (philosophy and social science edition),2008.9 p92-94.
Online since: January 2013
Authors: A Qiang Sun
Packaging materials having high absorbency draw the ink deeply into the packaging materials and the optical density of the image formed at the packaging materials surface is reduced.
Salmen: Journal of Material Science, Vol. 37 (2002), p.151-156
Moss: Journal of Pulp and Paper Science, Vol.23 (1997), p.J34-J39
Asrey: Journal of Applied Polymer Science, Vol.66 (1997), p.1789-1794
Ridgway: Journal of Colloid and Interface Science Vol.252 (2002), p.373-382
Salmen: Journal of Material Science, Vol. 37 (2002), p.151-156
Moss: Journal of Pulp and Paper Science, Vol.23 (1997), p.J34-J39
Asrey: Journal of Applied Polymer Science, Vol.66 (1997), p.1789-1794
Ridgway: Journal of Colloid and Interface Science Vol.252 (2002), p.373-382
Online since: July 2014
Authors: Yang Wang, Hong Zhi Zhang, Xue Feng Wu, Xian Jun Kong
Materials at high temperature react with laser or complex physical and chemical medium, which makes the machinability of materials change.
[2] Chryssolouris G, Anifantis N, Karagiannis S, Laser assisted machining: an overview, Journal of manufacturing science and engineering, 1997, 119(4B): 766-769
[5] Novak J W, Shin Y C, Incropera F P, Assessment of plasma enhanced machining for improved machinability of Inconel 718, Journal of manufacturing science and engineering, 1997, 119(1): 125-129
[10] Boyer R R, An overview on the use of titanium in the aerospace industry, Materials Science and Engineering: A, 1996, 213(1): 103-114
[11] Ezugwu E O, Wang Z M, Titanium alloys and their machinability—a review, Journal of Materials Processing Technology, 1997, 68(3): 262-274
[2] Chryssolouris G, Anifantis N, Karagiannis S, Laser assisted machining: an overview, Journal of manufacturing science and engineering, 1997, 119(4B): 766-769
[5] Novak J W, Shin Y C, Incropera F P, Assessment of plasma enhanced machining for improved machinability of Inconel 718, Journal of manufacturing science and engineering, 1997, 119(1): 125-129
[10] Boyer R R, An overview on the use of titanium in the aerospace industry, Materials Science and Engineering: A, 1996, 213(1): 103-114
[11] Ezugwu E O, Wang Z M, Titanium alloys and their machinability—a review, Journal of Materials Processing Technology, 1997, 68(3): 262-274