Search Results - "Ding, D.W."

Effect of free electron concentration on glass-forming ability of Ca–Mg–Cu system by Jiao, W., Zhao, D.Q., Ding, D.W., Bai, H., Wang, W.H.

“…Intensive studies show that the best glass-forming ability (GFA) is presented as the Fermi surface made contact with pseudo-Brillouin boundaries. Via surveying…”
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Nonlinear elastic behavior of fiber-reinforced soil under cyclic loading by Li, J, Ding, D.W

“…Experimental investigations and modeling of nonlinear elasticity of fiber-reinforced soil under cyclic loading at small strain are conducted in this paper. The…”
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Structural and Functional Analysis of Giant Strong Component of Bacillus thuringiensis Metabolic Network by Ding, D.W.(Jiangnan University School of Information Technology ,Chizhou College Department of Mathematics and Computer Science), Ding, Y.R.(Jiangnan University School of Information Technology), Li, L.N.(East China Normal University Department of Environmental Science), Cai, Y.J.(Jiangnan University School of biotechnology Key Laboratory of Industrial Biotechnology), Xu, W.B.(Jiangnan University School of Information Technology)

“…The purpose of this work was to study the giant strong component (GSC) of B. thuringiensis metabolic network by structural and functional analysis. Based on…”
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Mechanical, wetting and corrosion properties of a Zr-based amorphous alloy composite consolidated by spark plasma sintering by Cai, A.H., Zhou, G., Li, P.W., Ding, D.W., An, Q., Li, Yixian, Yang, Q., Mao, H.

“…•Gas-atomized Zr48Cu47.5Al4Co0.5 amorphous powder contains Cu10Zr7 and CuZr2 phases.•Growth rate of the volume fraction is ∼3.5 times larger for the Cu10Zr7…”
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Preparation and crystallization behavior of Cu-Zr-Ti amorphous composite powders by Cai, A.H., Zhou, G., Li, P.W., Ding, D.W., An, Q., Zhou, G.J., Li, Yixian, Mao, H.

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Mechanical properties for a series of Zr-based bulk metallic glasses by Cai, A.H., Zhou, G., Li, P.W., Ding, D.W., An, Q., Zhou, G.J., Yang, Q., Lin, Y.P., Mao, H.

“…It is an intriguing and urgent goal to quantitatively or semi-quantitatively unveil the correlation between the properties and the microstructure for metallic…”
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Effect of Ti addition on crystallization behavior of a Zr-based bulk metallic glass by Cai, A.H., Zhou, Guang, Ding, D.W., Wu, H., An, Q., Zhou, G.J., Yang, Q., Li, P.W.

“…•Crystallization activation energy of the Ti-free BMG is larger than that of the BMGs (x = 0.2 and 0.4 at.%) but smaller than that of the BMGs (x = 0.1, 0.3…”
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Effect of Ti and Al ratio on glass forming ability and crystallization behavior of Zr-Cu-Al-Ti alloy powders by An, Q., Zhou, Guang, Cai, A.H., Li, P.W., Ding, D.W., Zhou, G.J., Yang, Q., Mao, H.

“…•The crystallization phases are CuZr2, Al2Zr and Ti(Al,Cu)2 for two raw alloy powders.•The formation of amorphous phase is more difficult for high Al and Ti…”
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Microstructure change in Fe-based metallic glass and nanocrystalline alloy induced by liquid nitrogen treatment by Ri, M.C., Ding, D.W., Sun, Y.H., Wang, W.H.

“…The effects of acyclic liquid nitrogen (LN) treatment in a temperature range of −196 °C to 50 °C on the thermal and magnetic stability of Fe78Si9B13 and…”
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Crystallization kinetics of Cu50Zr40Ti10 amorphous powder by Cai, A.H., Zhou, G., Li, P.W., Ding, D.W., An, Q., Zhou, G.J., Yang, Q., Lin, Yanping, Mao, H.

“…•The crystallization phase is Cu10Zr7 for gas-atomized and as-milled amorphous alloy powders.•The crystallization is more difficult for as-milled alloy than…”
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Crystallization behavior of a series of Zr-based metallic glasses by Cai, A.H., Zhou, G., Li, P.W., Ding, D.W., An, Q., Zhou, G.J., Yang, Q., Lin, Yanping, Mao, H.

“…•The crystalline phases are Zr6Al2Ni and CuZr2 in both nonisothermal and isothermal cases.•The glass forming ability of these Zr-based metallic glasses is…”
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Effect of Ti addition on properties of Zr54Al10.2Ni9.4Cu26.4 glass forming alloy by Ding, D.W., Tan, Jing, Cai, A.H., Liu, Y., Wu, H., An, Q., Li, P.W., Zhang, Yan, Yang, Qing

“…•The glass forming ability is the largest for the Zr-based alloy with 0.3 at% Ti.•The glass transition temperature is decreased by the Ti addition.•the…”
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High mixing entropy bulk metallic glasses by Gao, X.Q., Zhao, K., Ke, H.B., Ding, D.W., Wang, W.H., Bai, H.Y.

“…Bulk metallic glasses (BMGs) are usually based on a single principal element such as Zr, Cu, Mg and Fe. In this work, we report the formation of a series of…”
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Composition design and properties of Cu–Zr–Ti bulk metallic glass composites by Feng, Yanjiao, Cai, A.H., Ding, D.W., Liu, Y., Wu, H., An, Qi, Ning, H., Zhou, G.J., Peng, Y.Y.

“…(Cu50Zr50)x(Cu73Ti27)100-x (x = 0.63–0.75 at.%) alloys are designed using the proportional mixing of Cu50Zr50 and Cu73Ti27 binary alloys. Their thermal,…”
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Effect of Al addition on properties of Cu45Zr45.5Ti9.5 bulk metallic glass by Cai, A.H., Tan, Jing, Ding, D.W., Wang, Hui, Liu, Y., Wu, H., An, Q., Ning, H., Zhou, G.J.

“…The thermal, mechanical and corrosive properties of (Cu45Zr45.5Ti9.5)100-xAlx (x = 0–0.25 at%) glass forming alloys were systematically studied. The thermal…”
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Stress effects on magnetic property of Fe-based metallic glasses by Ri, M.C., Ding, D.W., Sun, B.A., Wang, J.Q., Zhu, X.S., Wang, B.B., Wang, T.L., Qiu, Q.Q., Huo, L.S., Wang, W.H.

“…The investigation on the stress relief of magnetic materials is important both for the industrial process and the academic research. In this work, the stress…”
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Abnormal isochronous crystallization behavior of Zr-Al-Ni-Cu-Fe-C bulk metallic glasses by Cai, A.H., Wang, H., Tan, J., Ding, D.W., Liu, Y., Wu, H., An, Q., Zhou, G.J., Li, P.W.

“…(Zr53Al11.6Ni11.7Cu23.7)1-x(Fe77.1C22.9)x (x = 0–2.2 at.%) bulk metallic glasses (BMGs) were prepared by water cooling copper mold suction casting and their…”
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Effect of Fe-C alloy additions on properties of Cu-Zr-Ti metallic glasses by Cai, A.H., Feng, YanJiao, Ding, D.W., Liu, Y., Wu, H., An, Qi, Ning, H., Zhou, G.J., Peng, Y.Y.

“…The effect of Fe-C alloy additions on thermal, mechanical and corrosive properties of (Cu50Zr40Ti10)1-x(Fe-C)x (x = 0–2.20 at%) alloys were systematically…”
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Determination of internal residual strain induced by cryogenic thermal cycling in partially-crystalized Fe-based metallic glasses by Ri, M.C., Sun, Y.H., Xue, Z.Y., Ding, D.W., Wang, W.H.

“…The intrinsic heterogeneities of the metallic glasses can be activated through cryogenic thermal cycling, making irreversible structural changes after the…”
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Decoding flow unit evolution upon annealing from fracture morphology in metallic glasses by Gao, M., Cao, X.F., Ding, D.W., Wang, B.B., Wang, W.H.

“…The intrinsic correlation between the fracture morphology evolution and the structural heterogeneity of flow units in a typical Zr52.5Ti5Cu17.9Ni14.6Al10…”
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