2012-2013，省教育厅教改项目，传热与节能视频公开课，项目负责人
代表性论文专著
1. a study on the heat transfer characteristics of steel plate in the matrix laminar cooling process[j]. materials, 2021, 14(19): 5680. （sci）
2. 层流冷却传热系数对金属物料温度场的影响[j]. 过程工程学报, 2021, 21(9):9.
3. bottleneck of slab thermal efficiency in reheating furnace based onenergy apportionment model [j]. energy. 2018 (150) 1058-1069. ( sci)
4. variations on billet gas consumption intensity of reheating furnace in different production states. applied thermal engineering. 2018,129 :1058–1067.（sci）
5. fluctuation characteristic of billet region gas consumption in reheating furnace based on energy apportionment model. applied thermal engineering. 2018,136 :152–160.（sci）
6. research on energy consumption system of iron and steel enterprise with bottleneck. international journal of engineering systems modelling and simulation. 2018,10(2):103-110.
7. influence of the production fluctuation on the process energy intensity in iron and steel industry [j]. advances in production engineering & management. 2017,12(1):75-87. （sci）
8. an energy apportionment model for reheating furnace in a hot rolling mill – a case study [j]. applied thermal engineering, 2017, 112: 174-183. （sci）
9. an energy intensity optimization model for production system in iron and steel industry [j]. applied thermal engineering. 2016,100:285-295. （sci）
10. study on material and energy flow analysis and waste heat utilization technology of iron making process. icfmd 2015.7-13.（istp）
11. impact of material and energy flow variation-based iron/steel ratio on production cost [j]. journal of southeast university (english edition) 2015,31(3):375-379.（ei）
12. numerical simulation of slab heating process in a regenerative walking beam reheating furnace[j]. international journal of heat & mass transfer, 2014, 76(6):405-410. （sci）
13. the influential factors of energy consumption based on the analysis of material and energy flow in coking process-step [c]. environment, energy and applied technology-proceedings of the 2014 3rd international conference on frontier of energy and environment engineering (icfeee 2014). 783-786. （ei）
14. three-dimensional simulation of the pulverized coal combustion inside blast furnace tuyere[j]. applied mathematical modelling, 2010, 34(11):3536-3546.
15. simulation of steel coil heat transfer in a high performance hydrogen furnace. heat transfer engineering, 2007, 28(1): 25-30 (ei &sci) .
16.simulation of steel coil heat transfer in php furnace.acta metallurgica sinica(english letters), 2005, 18(5):647～652.
17. development of process energy intensity formula under different state variables. journal of harbin of technology (new series), 2004, 11(6): 694-696. (ei).
18. 热轧加热炉能效影响因素分析及在线评价系统开发[j].冶金能源,2021,40(01):3-7 23.
19. 烧结用双旋流烧嘴的燃烧特性数值模拟[j].冶金能源,2018,37(06):40-44.
20. 鱼雷罐罐体温降与内衬厚度关系特性分析[j].安徽工业大学学报(自然科学版),2016,02:95-99.
21. 利用炼钢工艺处理废塑料的工业试验研究[j].工业加热,2016,01:30-32.
22. 转炉工艺处理废塑料的物料平衡和热量平衡分析[j].工业加热,2015,03:40-41.
23. 钢铁企业系统能耗影响因素分析[j].钢铁,2014,04:86-89.
24. 低品位余热氨水吸收式制冷机理论与实验研究[j].低温与超导,2014,04:62-66.
25. 红外热像测温技术对二冷区冷却均匀性的研究[j].热加工工艺,2014,23:86-89.
26. 一种水冷式扩散吸收式制冷机实验研究[j].低温与超导,2014,01:74-77.
27. 洗涤式燃气调压器的稳压性能研究[j].冶金能源,2015,01:47-51.
28. 捣固焦炉高压氨水消烟的数值模拟[j].安徽工业大学学报(自然科学版),2015,03:245-250.
专利及软件著作权
1. 一种高温液态渣的余热回收系统[p].安徽：cn111394528a,2021-07-02
2. 一种粒料煅烧回转窑产品余热直吸式回收方法[p].安徽：cn107449286a,2017-12-08.
3. 一种基于高温渣余热回收的高炉熔渣干法处理方法[p].安徽：cn106521056a,2017-03-22.
4. 一种冷床台车底部内侧动密封装置及其密封方法[p].安徽：cn106403607a,2017-02-15.
5. 一种热解装置的使用方法[p].安徽：cn106147810a,2016-11-23.
6. 一种抗粘结荒煤气的管束式余热回收系统[p].安徽：cn105602582a,2016-05-25.
7. 一种抗粘结荒煤气的热管式余热回收系统[p].安徽：cn105605954a,2016-05-25.
8. 一种金属管连续加热喷涂系统及其使用方法[p].安徽：cn105562263a,2016-05-11.
9. 一种粒料煅烧回转窑产品余热环形间壁式回收系统及方法[p].安徽：cn104964572a,2015-10-07.
10. 一种粒料煅烧回转窑产品余热直吸式回收系统及方法[p].安徽：cn104949537a,2015-09-30.
11. 一种抗粘结自流焦炉荒煤气余热回收换热单元的施工方法[p].安徽：cn104697361a,2015-06-10.
12. 一种用于燃气预处理的调压装置[p].安徽：cn102841190a,2012-12-26.
13. 浓度自适应型扩散-吸收式制冷机[p].安徽：cn101839583a,2010-09-22.
14. 压缩-吸收-扩散复合式制冷装置及其制冷循环方法[p].安徽：cn101344345,2009-01-14.
15. 一种金属管道内壁喷涂工艺[p].安徽：cn106824638a,2017-06-13.
16. 一种基于高温渣余热回收的高炉熔渣干法处理装置[p].安徽：cn106435068a,2017-02-22.
17. 一种烧结冷却机及其动密封设备[p].安徽：cn106403621a,2017-02-15.
18. 一种连续清灰再生过滤式除尘器[p].安徽：cn105749649a,2016-07-13.
19. 一种金属管加热喷涂装置及其使用方法[p].安徽：cn105562262a,2016-05-11.
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