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Herlach*. Rapid solidification of non-stoichiometric intermetalliccompounds: Modeling and experimental verification. Acta Materialia, 2018, 148: 86-99. [2] Yuhao Xu, Qing Zhou*, Yin Du, Yue Ren, HaiminZhai*, Qiang Li, Jialin Chen*, HaifengWang*, Modulating mechanical properties of Ti-based bulk metallic glasscomposites by tailoring dendrite composition with Sn addition. Journal ofAlloys and Compounds, 2018, 745: 16-25.¡î 2017ÄêѧÊõÂÛÎÄ[1] Xiao Zhang, Haifeng Wang*, Wangwang Kuang, Jianbao Zhang. Application of thethermodynamic extremal principle to phase-field modeling of non-equilibriumsolidification in multi-component alloys. ActaMaterialia 128, 2017: 258-269. [2] Haimin Zhai, Yuhao Xu, Fan Zhang, Yue Ren, Haifeng Wang*, Feng Liu*. Effect oftransition metal elements (Cu, Ni, Co and Fe) on the mechanical properties ofTi-based bulk metallic glass composites. Journal of Alloys and Compounds. 2017,694: 1-9.[3] Cun Lai, Jianbao Zhang, Fan Zhang, YachanZhang, Haifeng Wang*, Wei Yang, FengLiu*. Growth velocities and growth orientations in an undercooled melt ofNi31Si12 intermetallic compound. Journal of Alloys and Compounds. 2017, 712:241-249.[4] Haimin Zhai, Yuhao Xu, Yin Du, Haifeng Wang*, Feng Liu*. Strain ratesensitivity and deformation behavior in a Ti-based bulk metallic glasscomposite. Journal of Non-Crystalline Solids 2017, 471: 128-136.[5] R. Kobold, W.W. Kuang, H. Wang, W. Hornfeck, M. Kolbe, Dieter M. Herlach*. Dendrite growthvelocity in the undercooled melt of glass forming Ni50Zr50 compound.Philosophical Magazine Letters 2017, 97:249-256.¡î 2016ÄêѧÊõÂÛÎÄ[1] Cun Lai, HaifengWang*, Qian Pu, Tingting Xu, Jinsong Yang, Xi Zhang, Feng Liu*. Phaseselection and re-melting-induced anomalous eutectics in undercooled Ni¨C38 wt%Si alloys. Journal of Materials Science, 2016, 51: 10990¨C11001.[2] Wangwang Kuang, Haifeng Wang*, Jianbao Zhang, Feng Liu. Application of thethermodynamic extremal principle to diffusion-controlled phase-transformationsin multi-component substitutional alloys: Modeling and applications. Acta Materialia 2016, 120: 415-425. [3] Haimin Zhai, Haifeng Wang*, Feng Liu*. Effects of Sn addition on mechanicalproperties of Ti-based bulk metallic glass composites. Materials and Design2016, 110: 782-789.[4] Haimin Zhai, Haifeng Wang*, Feng Liu*. A strategy for designing bulk metallicglass composites with excellent work-hardening and large tensile ductility.Journal of Alloys and Compounds 2016, 685: 322-330.[5] Wangwang Kuang, Haifeng Wang*, Feng Liu, S. L. Sobolev. Modeling of eutecticdendrite growth in undercooled binary alloys. Journal of Materials Science2016, 51: 2141-2152.¡î 2016ÄêÒÔÇ°Ö÷ҪѧÊõÂÛÎÄ[1] H.F. Wang*, P.K. Galenko et al.Phase-field modeling of an abrupt disappearance of solute drag in rapidsolidification. Acta Materialia2015, 90: 282-291. [2] W.W.Kuang, K. Christian, H.F. Wang* etal. Eutectic dendrite growth in undercooled Fe83B17 alloy: Experiments andmodeling. Scripta Materialia 2015,105: 34-37.[3] K.Wang, H.F. Wang et al. Morphological stability analysis for planar interface duringrapidly directional solidification of concentrated multi-component alloys. Acta Materialia2014, 67: 220~231. [4] H.F. Wang*, F.Liu, G.J. Ehlen et al. Application of the maximal entropy production principleto rapid solidification: A multi-phase-field model. Acta Materialia 2013, 61: 2617~2627. [5] K. Wang, H.F. Wanget al. Modeling dendrite growth in undercooledconcentrated multi-component alloys. ActaMaterialia 2013, 61: 4254~4265. [6] K. Wang, H.F. Wanget al. Modeling rapid solidification of multi-component concentrated alloys. Acta Materialia 2013, 61: 1359~1372. [7] H.F. Wang*, F.Liu et al. Application of the maximal entropy production principle to rapidsolidification: A sharp interface model. ActaMaterialia 2012, 60: 1444~1454. [8] H.F. Wang, F.Liu et al. Modeling grain refinement for undercooled single-phasesolid-solution alloy melt. ActaMaterialia 2011, 59: 4787~4797. [9] H.F. Wang, F.Liu et al. Oscillatory morphological stability for rapidly directionalsolidification: Effect of nonlinear liquidus and solidus. Acta Materialia 2011, 59: 5859~5867. [10] H.F. Wang, F.Liu et al. Modeling the overall solidification kinetics for undercooledsingle-phase solid-solution alloys-I: Model derivation. Acta Materialia. 2010, 58: 5402~5410. [11] H.F. Wang, F.Liu et al. Modeling the overall solidification kinetics for undercooledsingle-phase solid-solution alloys-II: Model application. Acta Materialia. 2010, 58: 5411~5419. [12] H.F. Wang, F. Liu et al. Kinetics ofdiffusion-controlled transformations: Application of probability calculation. Acta Materialia. 2009, 57: 3072~3083. [13] H.F.Wang, F. Liu et al. Solute trapping model incorporating diffusive interface. Acta Materialia. 2008, 56: 746~753. [14] H.F. Wang, F.Liu et al. An extended morphological stability model for a planar interfaceincorporating the effect of nonlinear liquidus and solidus. Acta Materialia. 2008, 56, 2592~2601. [15] H.F. Wang, F.Liu et al. Analysis of non-equilibrium dendrite growth in bulk undercooledalloy melt model and application. Acta Materialia. 2007, 55: 497~506. [16] H.F. Wang, F.Liu et al. Effect of non-linear liquidus and solidus in undercooled dendritegrowth: A comparative study in Ni-0.7 at.% B and Ni-1 at.% Zr systems. Scripta Materialia. 2007, 57: 413~416.

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