2022.01-至今，新疆大学 电气工程学院，副教授；

2015-2022，兰州交通大学，铁道车辆热工教育部重点实验室，副教授；Ÿ

2017-2019，甘肃省陇南市，武都区人民政府，副区长（挂职）；Ÿ

2013-2015，兰州交通大学，铁道车辆热工教育部重点实验室，讲师；Ÿ

2010-2013，华南理工大学 化学与化工学院 化学工程专业，攻读工学博士学位；Ÿ

2007-2010，湖南大学 化学与化工学院 高分子化学与物理专业，攻读理学硕士学位；Ÿ

2006-2007，山东省滕州市，滕州市第五中学，高中教师Ÿ

2002-2006，曲阜师范大学化学与化工学院 化学工程与工艺专业，获工学学士学位。

2021兰州交通大学科研先进个人

2019兰州交通大学百人计划（科研型，全校共50人）

2018甘肃省陇南市扶贫先进个人

2017兰州交通大学教学先进个人

2016兰州交通大学教学新秀

2015兰州交通大学科研新秀

2023.01-2025.12 新疆自治区“天池英才”，“导热网络的形成机制及其强化传热机理研究” 主持

2023.11-2025.10 广东省分布式能源系统重点实验室开放课题，“动态热源下增压泵辅助热化学蓄热系统的调控机理研究”主持

2015.01-2017.12国家自然科学基金委员会/青年基金，“描述传质/剪切竞争对污垢生长作用的无量纲参数”主持Ÿ

2016.08-2018.09甘肃省科技厅/省自然科学重点基金，“换热表面污垢的生长与抑制机理研究”主持Ÿ

2012.01-2014.12国家自然科学基金委员会/国际合作基金，“新型全热交换器的传热传质机理研究”，参与Ÿ

2010.01-2015.12国家自然科学基金委员会/青年基金，“石墨烯基高导热复合材料的制备及其导热机理研究”参与Ÿ

2019.07–2022.07兰州交通大学/优秀人才项目，“工程热物理学科交叉基础研究”主持

2010.12~2012.07广东省东莞市益泉电热挂具有限公司，“复合材料导热性能的设计优化”参与

2012.01-2014.12日本大金空调有限公司，“空调用耐制冷剂弹性体的开发研究”参与

发表本领域国际论文30余篇

[1]Xiao-Jian Wang*, H.H. Li, Y.Y. Zhang, X.R. Fu, S.M. Huang, Thermal conductivity of composites with heterogeneous fillers under effects of interface thermal resistance, International Journal of Heat and Mass Transfer, 231 (2024) 125840.

[2]Xiao-Jian Wang*, X.R. Fu, H.H. Li, Y.Y. Zhang, S.M. Huang, An investigation on thermal conductivity of core-shell particle composites under effects of thermal contact resistance, International Communications in Heat and Mass Transfer, 156 (2024) 107609.

[3] Y.Y. Zhang,Xiao-Jian Wang*, H.H. Li, X.R. Fu, S.M. Huang, H. Zhou, Effects of filler contacts and interface thermal resistance on the thermal conductivity of heterogeneous sphercial filler composites, Express Polymer Letters, 18 (2024) 1065-1076.

[4]Xiao-Jian Wang*,Wenbo Gu, Hao Lu, Effects of three-dimensional pore structure on effective thermal conductivities of thermal insulation materials,International Communications in Heat and Mass Transfer, 139 (2022) 106523.

[5]Xiao-Jian Wang*,Wenbo Gu, Hao Lu, A new thermal conductivity relational expression for polymer composites with constructal design fillers,International Communications in Heat and Mass Transfer, 136 (2022) 106198.

[6]Xiao-Jian Wang*,L.B. Wang, Enhanced thermal conductivity of composite materials by filling sheet and fiber under effect of filler contact,Journal of Heat Transfer-Transactions of the ASME, 144(2022) 023501.

[7]Xiao-Jian Wang*,X.H. Niu, X.X. Wang, X.W. Qiu, L.B. Wang, Effects of filler distribution and interface thermal resistance on the thermal conductivity of composites filling with complex shaped fillers,International Journal of Thermal Science, 160 (2021) 106678.

[8]Xiao-Jian Wang*,W.S. Kang, X.H. Niu, X.X. Wang, L.B. Wang,An investigation on thermal conductivity of constructal-filler polymer composites,International Communications in Heat and Mass Transfer, 126 (2021) 105411.

[9]Xiao-Jian Wang*,H.H. Liu, X.W. Qiu, L.C. Wang, L.B. Wang, Thermal conductivity of filled composite materials considering interactions between fillers,Applied Thermal Engineering, 141 (2018) 835-843.

[10]Xiao-Jian Wang*,W.S. Kang, X.H. Niu, X.X. Wang, L.B. Wang, A generalized correlation for predicting thermal conductivity of filled composite with high filler content,International Communications in Heat and Mass Transfer, 126 (2021) 105454.

[11]Xiao-Jian Wang*, X.H. Niu, X.X. Wang, X.W. Qiu, L.B. Wang, Thermal conductivity of porous polymer materials considering pore special-shape and anisotropy,Express Polymer Letters,15 (2021) 319-328.

[12]Xiao-Jian Wang*,X.H. Niu, W.S. Kang, X.X. Wang, L.B. Wang, Enhanced effective thermal conductivity of composite materials by incorporating constructal fillers,International Journal of Thermophysics, 42(2021) 106.

[13]Xiao-Jian Wang*,X.X. Wang, X.H. Niu, X.W. Qiu, L.B. Wang, Effects of pore complex shape, distribution and overlap on the thermal conductivity of porous polymer materials,International Journal of Thermophysics, 41(2020) 145.

[14]Xiao-Jian Wang*,H.H. Liu, LC Wang, BY Liu, LB Wang, Optimization of thermal insulation performance for the porous materials,Heat Transfer Engineering, 39(17-18) (2018), 1576-1584.

[15]Xiao-Jian Wang*, L.C. Wang, Prediction of heat conductivity of composite polymer materials filled with expanded graphite sheet fillers: a randomly distributed filler model,Journal of Thermoplastic Composite Materials, 29（2016）1537-1586.

[16]Xiao-Jian Wang, L.Z. Zhang*, A randomly distributed filler model for heat conductivity prediction in filled composite materials considering fillers aggregation,Heat Transfer Engineering,38（2015）829-836.

[17]Xiao-Jian Wang, L.Z. Zhang*, L.X. Pei, Thermal conductivity augmentation of composite polymer materials with artificially controlled filler shapes,Journal of Applied Polymer Science, 131 (2014) 1-10.

[18]Xiao-Jian Wang*, The effect of the prismatic filler arrangement and cross-sectional shape on the thermal conductivity of polymer composites,eXPESS Polymer Letters,8 (2014) 920-931.

[19] Li-Zhi Zhang*,Xiao-Jian Wang, L.X. Pei,Conjugated heat conduction in filled composite materials considering interactions between the filler and base materials,International Journal of Heat and Mass Transfer,64 (2013) 735-742.

[20] Li-Zhi Zhang*,Xiao-Jian Wang, L.X. Pei, Nonlinear programming optimization of filler shapes for composite materials with inverse problem technique to maximize heat conductivity,International Journal of Heat and Mass Transfer,55 (2012) 7287-7296.

[21]Xiao-Jian Wang*,L.B. Wang, Effects of Thermal Interfacial Resistance and Thermal Contact Resistance on Thermal Conductivity of Polymer Composites.5th Asian Symposium on Computational Heat Transfer and Fluid Flow, Busan, Korea, 2015.11.22-11.25

[22]Xiao-Jian Wang*,L.C. Wang, L.B. Wang, Optimization of thermal insulation performance for the porous materials,The 5th International Symposium on Heat Transfer and Energy Conservation, Guangzhou, November11-13, 2016

[23]Xiao-Jian Wang*, L.X. Pei, L. Z. Zhang, Effects of thermal Conductivity, shape of filler on thermal conductivity of polymer composites,The 4th International Symposium on Heat Transfer and Energy Conservation, TC04-032 (2012) (ISTP).

[24]Xiao-Jian Wang, L.X. Pei, L.Z. Zhang*,Effects of Filler Shapes on Thermal Conductivity of Polymer Composites,The 8th International Symposium on Heat Transfer, ISHT8-06-07 (2012) (ISTP).

[25] C.B. Liu,Xiao-Jian Wang,R.H. Liu,A new multifunctional polymer: synthesis and characterization of mPEG-b-PAA-grafted chitosan copolymer,Journal of Central South University of Technology, 17 (2010) 936-942.

参与申请已授权中国发明专利26项：

[1]王小见、牛小虎、康文盛、汪晓雪，一种电子产品导热垫片，2020，中国专利，专利号：ZL 202022928363.5

[2]王小见、牛小虎、康文盛、汪晓雪，一种复合界面导热装置，2020，中国专利，专利号：ZL 202022928379.6

[3]王小见、康文盛、牛小虎、汪晓雪，一种晶体表面剪切力测量装置，2020，中国专利，专利号：ZL 202022928391.7。

[4]王小见、康文盛、牛小虎、汪晓雪，一种换热设备污垢生长实时监测装置，2020，中国专利，专利号：ZL 202022935576.0。

[5]武祥、王小见、刘松、王良成等，圆管管翅式换热器流线型变波幅折线形波纹翅片，2016，中国专利，CN201410377146.8。

[6]胡万玲、王小见、常立民、林志敏等，椭圆管管翅式换热器流线型变波幅正/余弦形波纹翅片，中国专利，CN201410374887.0。

[7]张永恒、王烨、王小见、刘松等，圆管管翅式换热器流线型变波幅正/余弦形波纹翅片，中国专利，CN201410377204.7。等20余项。

（1）本科生课程《传热学》，64学时

（2）本科生课程《储能技术与应用》，32学时

（3）研究生课程《储能技术》，32学时

（4）研究生课程《能动文献阅读与写作》，32学时

1、已毕业学生

毕业工学硕士3人：

毕业工程硕士3人：

本科毕业设计（非直读研究生同学）50人

2、在读学生

在读硕士生12人。

3、学生获得荣誉

牛小虎，甘肃省教育厅创新创业基金，2021，指导教师

李一波，中国国际大学生创新大赛新疆赛区铜奖，2024，指导教师