楊元意
職 稱:
副教授
博導/碩導:
碩導
學科專業:
土木工程
研究方向:
土木工程材料
聯系方式:
個人簡介
楊元意,四川自貢人,博士(后),副教授,碩導,中國硅酸鹽學會會員,四川省力學學會會員,九三學社西南石油大學委員。碩士招生專業:土木工程、土木水利。主要從事先進建筑和土木工程材料、固廢資源化利用、文物保護、復合材料等領域的研究工作;在高性能纖維增強水泥基復合材料、石窟寺和古建筑保護、材料斷裂與損傷行為、輕質泡沫混凝土、多功能和機敏建筑材料及智能結構系統、油氣田材料等方面積累了多年的研究經驗;授權專利26項,發表論文40余篇,論文引用1132次,h指數=22(截止25年3月),并擔任多個SCI期刊審稿人;主持了國家自然基金、中國博士后面上基金、四川省科技教育聯合基金面上項目、四川省科技計劃應用基礎研究、釩鈦資源綜合利用國家重點實驗室開發課題、綠色建筑材料國家重點實驗室開放課題、德陽市社會發展領域院校合作重點計劃等課題30余項;課題組已有多名碩士畢業生進入到央國企科研院所工作或繼續攻讀博士學位,歡迎具有土木工程、材料、環境、力學、化工、機械、計算科學等交叉專業知識背景的同學加入“先進土木工程材料”課題組。
教學及教學研究
講授課程:
本科生:《土木工程材料(雙語)》;研究生:《路面結構理論與材料》
教改項目:
《研究生全英文課程建設項目》,參與
代表性論文、著作和技術規程
代表性論文:
1. Hongjuan Wang, Yuanyi Yang*, et al. Effect of Li2CO3 on the preparation and performance of lightweight building ceramsite from oil-based drilling cutting pyrolysis residues. Ceramics International, 2025, 01, 168. (SCI: top, 2區)
2. Liangjun Yin, Yuanyi Yang*, et al. Preparation and performance of ultra-wideband high-temperature resistant calcium aluminate cement-based electromagnetic wave absorption cone structural composites. Ceramics International, 2024, 50, 21.(SCI: top, 2區)
3. Yuanyi Yang*, et al. Structural design and electromagnetic wave absorbing performance optimization of lightweight foam cement-based metamaterials. Construction and Building Materials, 2024, 438, 137191.(SCI: top, 1區)
4. Yuanyi Yang*, et al. Preparation and characterization of high?performance ceramic proppant from recycling utilization of oil?based drilling cuttings pyrolysis residues. Scientific Reports. 2024, 14, 2345. (SCI: 2區)
5. Yuanyi Yang*, et al. Impact of acid, salt, and wetting-drying cycles on weathering deterioration of the red sandstone used for Leshan Giant Buddha China. International Journal of Architectural Heritage. 2023, 2301353. (SCI: 3區)
6. Hongjuan Wang, Yuanyi Yang*, et al. Preparation and properties of lightweight and high-strength building ceramsites with oil-based drilling cuttings pyrolysis residues. Frontiers in Materials. 2023.1245121. (SCI: 3區)
7. Yuanyi Yang*, et al. Microwave-thermal-assisted curing method on geopolymer preparation from Panzhihua high-titanium slag by alkali activation. Construction and Building Materials, 2023, 400, 132614.(SCI: top, 1區)
8. Hongling Sun, Yuanyi Yang*, et al. Preparation and electromagnetic wave absorption characteristics of multifunctional light-weight high titanium slag-based foam geopolymer. Construction and Building Materials, 2023, 376, 130959.(SCI: top, 1區)
9. Caoyuan Bai, Yuanyi Yang*, et al. Effect of different curing methods on the preparation of carbonized high-titanium slag based geopolymers. Construction and Building Materials, 2022, 342, 128023. (SCI: top, 1區)
10. Lei Yue, Yuanyi Yang*, et al. Broadband electromagnetic wave absorbing performance by designing the foam structure and double-layer for cement-based composites containing MWCNTs. Cement and Concrete Composites, 2022, 131, 104595. (SCI: top, 1區)
11. Gan Deng, Yuanyi Yang*, et al. Lightweight and broadband electromagnetic wave absorbing foamed cement-based composites incorporated with hybrid dielectric fibers. Construction and Building Materials, 2022, 327, 126931.(SCI: top, 1區)
12. Yuanyi Yang, et al. Rheology and porosity of ultralow density foamed cement pastes derived from ordinary Portland cement and hydrogen peroxide. Journal of Materials in Civil Engineering. 2022, 34(4):04022034. (SCI: 3區)
13. Yuanyi Yang, et al. Reinforcement effects of multi-scale hybrid fiber on flexural and fracture behaviors of ultra-low-weight foamed cement-based composites. Cement and Concrete Composites, 2020, 108, 103509. (SCI: top, 1區)
14. Yuanyi Yang, et al. The reinforcement attributes of multi-scale hybrid fiber throughout the uniaxial compression of ultra-low-weight foamed cement-based composites. Construction and Building Materials, 2020, 242, 118184. (SCI: top, 1區)
15. Yuanyi Yang, et al. Compressive behaviors of ultra-low-weight foamed cement-Based composite reinforced by polypropylene short fibers. International Journal of Damage Mechanical, 2020, 3, 1-20. (SCI: 2區)
16. Yuanyi Yang, et al. Uniaxial compression mechanical property and fracture behavior of hybrid inorganic short mineral fibers reinforced cement-based material. Cement and Concrete Composites, 2019, 104, 103338. (SCI: top, 1區)
17. Yuanyi Yang, et al. Uniaxial compression mechanical properties and fracture characteristics of brucite fiber reinforced cement-based composites. Composite Structures, 2019, 212, 148-158. (SCI: top, 1區)
18. Yuanyi Yang, et al. Mechanical properties of hybrid short fibers reinforced oil well cement by polyester fiber and calcium carbonate whisker. Construction and Building Materials, 2018, 182, 258-272. (SCI: top, 1區)
19. Yuanyi Yang, et al. Mechanical attributes of uniaxial compression for calcium carbonate whisker reinforced oil well cement pastes. Advances in Materials Science and Engineering, 2017, 1-13. (SCI: 4區)
20. Yi Deng, Yuanyi Yang, et al. Preparation of magnetic Ni-P amorphous alloy microspheres and their catalytic performance towards thermal decomposition of ammonium perchlorate. Applied Surface Science, 2017, 425, 261-271. (SCI: top, 2區)
21. Wei Liu, Yuanyi Yang, et al. Constructing a double-percolated conductive network in a carbon nanotube/polymer-based flexible semiconducting. Composites Science and Technology, 2018, 154, 45-52. (SCI: top, 1區)
22. Zhen Xie, Yi Deng, Yuanyi Yang, et al. Preparation of nano-sized titanium carbide particles via a vacuum carbothermal reduction approach coupled with purification under hydrogen/argon mixed gas. RSC Advance. 2017, 7(15):9037-9044. (SCI: 3區)
23. Zhiqiang Xu, Wei Liu, Yuanyi Yang, et al. Environmental-friendly and facile synthesis of Co3O4 nanowires and their promising application with graphene in lithium-ion batteries. Nanoscale Research Letters, 2017, 12(1):615. (SCI: 3區)
24. Bin Gong, Deng Yi, Yuanyi Yang, et al. Effects of microwave-assisted thermal treatment on the fate of heavy metals in MSWI fly ash. Energy & Fuels, 2017, 31, 11, 12446-12454. (SCI: 3區)
25. Yi Deng, Kewei Zhang, Yuanyi Yang, et al. Ce/Mn dual-doped LaAlO3 ceramics with enhanced far-infrared emission capability synthesized via a facile microwave sintering method. Journal of Alloys and Compounds, 2019, 774:434-442. (SCI: top, 2區)
26. Kewei Zhang, Yi Deng, Yuanyi Yang, et al. Effect of lanthanum doping on the far-infrared emission property of vanadium–titanium slag ceramic. RSC Advances, 2017, 7(22):13509-13516. (SCI: 3區)
27. Ming Li, Meng Liu, Yuanyi Yang, et al. Mechanical properties of oil well cement stone reinforced with hybrid fiber of calcium carbonate whisker and carbon fiber. Petroleum Exploration and Development, 2015, 42, 104-111. (SCI: top, 1區)
28. 楊元意,石顯蕓,丁仕豪,陳博雨,鄒蕊麒,李才英,楊婷婷. EPS-石墨烯-水泥基復合吸波材料的制備與性能,復合材料學報,2024,830,003.
29. 吳冠仲,喬榛,宋力,張君,李文彬,楊婷婷,楊元意. 新型復合水泥基弱膠結土體注漿材料的制備及性能研究,新型建筑材料,2025,52,01.
30. 楊婷婷,李輝,雷證寰,劉洪武,陳坷銘,劉漢軍,孫玉,楊元意. 油基巖屑殘渣自懸浮支撐劑的制備及性能評價. 石油與天然氣化工,2024,1,53.
31. 張珂瑋,鄧怡,楊元意,龔兵,廖詠康,楊為中,摻雜稀土鈰對高爐渣陶瓷遠紅外性能及物理性能的影響,硅酸鹽學報,2017,45,9.
32. 李明,劉萌,楊元意,李早元,郭小陽. 碳酸鈣晶須與碳纖維混雜增強油井水泥石力學性能. 石油勘探與開發,2015,94-100.
33. 李早元,楊元意,程小偉,張松,郭小陽,丁苯膠乳水泥漿體系消泡劑的研究. 油田化學, 2013,3,1000-4092.
34. 楊元意,程小偉,付強,李明,郭小陽. 可再分散乳膠粉改性水泥石孔隙結構與氯離子滲透性研究. 鉆井液與完井液,2013,5,30.
獲得專利:
1)一種混雜纖維水泥基泡沫復合吸波材料及其制備方法,專利號:202110290315.4.
2)一種寬頻高效多層型泡沫水泥基吸波板,專利號:202111375618.2.
3)一種高鈦礦渣基泡沫地聚物電磁吸收材料及其制備方法,專利號ZL202211463109.X;
4)一種基于油基巖屑的中空超輕陶粒及其制備方法,專利號:ZL202311825688.2;
5)一種全介質周期陣列結構水泥基泡沫吸波板及其制備方法,專利號:ZL202310349097.6;
6)一種油基巖屑-高鈦礦渣-赤泥基輕質高強免燒陶粒及其制備方法,專利號ZL202311825594.5;
7)一種微波燒結油基巖屑殘渣陶粒支撐劑的制備方法,專利號:ZL20231 1207453.7.
8)一種水泥漿增韌劑及在制備固井用柔性水泥漿中的應用,專利號:201310228597.0;
9)基磷灰石包覆銀納米顆粒的核殼結構納米復合材料及其制備方法,專利號:201710128429.2;
10)一種混凝土發泡穩定性測定儀器,專利號:2017203307665;
11)一種負壓篩分儀及試驗篩,專利號:2017203495109;
12)一種針片狀集料自動檢測裝置,專利號:201720349212X;
13)一種混凝土塑料模具清洗機,專利號:2017203495113;
14)一種多功能粗集料清洗機,專利號:2017203495128;
15)一種多功能攪拌鍋,專利號:2017203492079;
16)一種混凝土脫模裝置,專利號:201720330527X;
17)一種用于干燥建筑材料的恒溫鼓風干燥箱,專利號:2017201549104;
18)一種涂油盒,專利號:2017201850708;
19)一種用于干燥建筑材料的恒溫鼓風干燥箱,專利號:2017201549104;
20)一種防外濺的水泥膠砂振實臺,專利號:2017201549369;
21)一種天然砂含泥量清洗機,專利號:2017201850820;
22)一種用于建筑工程檢測的低應變式自動樁基檢測裝置,專利號:ZL201720855953.5;
23)一種泡沫混凝土養護模具,專利號:ZL201720349208.3;
24)一種抽屜式砂石搖篩機,專利號:ZL201720349509.6;
25)一種超聲波無損檢測模擬教具,專利號:ZL201720713081.9;
26)一種建筑墻體低壓空氣噴涂泡沫機,專利號:ZL201721884342.X;
科研項目
[1] 國家自然科學基金(青年):水泥基泡沫諧振群吸波體的可控構筑及力敏特性研究,負責人;
[2] 中國博士后面上基金:功能導向水泥基泡沫電磁吸波材料的構建與結構設計研究,負責人;
[3] 綠色建筑材料國家重點實驗室開放基金:水泥基泡沫介質電磁吸波超材料的構建與性能研究,負責人;
[4] 四川省科技教育聯合基金面上項目:泡沫地聚物雷達/紅外兼容隱身材料設計及其電磁-熱調控機理研究,負責人;
[5] 西部綠色建筑國家重點實驗室開放基金:水泥基泡沫電磁吸波超材料的制備、組成、結構及作用機理研究,負責人;
[6] 四川省科技計劃應用基礎項目:吸波泡沫水泥基功能材料的研發及其力學“隱身”特性研究,負責人;
[7] 釩鈦資源綜合利用國家重點實驗室開放基金:高鈦礦渣基發泡聚合物吸波材料的構筑與應用基礎研究,負責人;
[8] 德陽市社會發展領域院校重點研發項目:2D負載型納米材料增強水泥基泡沫的構筑及吸波特性研究,負責人;
[9] 德陽市應用技術研究與開發資金項目計劃:新型改性通用水泥發泡復合保溫板研發及關鍵技術研究,負責人;
[10] 四川建筑職業技術學院科研計劃:通用水泥發泡控制和增強研究,負責人;
[11] 四川省自然科學基金面上項目:鋼管套箍與凍融耦合下高海拔大溫差地區鋼管混凝土微結構形成與演變及性能退化抑制機理,主研;
[12] 四川省自然科學青年基金:頁巖氣油基鉆屑高性能壓裂支撐劑的構筑及其自懸浮功能化改性研究,主研;
[13] 國家文物局文物科學技術研究項目:四川境內砂巖石窟淺層開裂剝落病害微創注漿修復加固技術研究,主研;
[14] 企業委托課題:頁巖氣鉆井廢棄物無害化處置與資源化利用制備支撐劑技術,負責人。
[15] 企業委托課題:利用油基巖屑殘渣制備建筑陶粒技術及其性能研究,負責人;
[16] 企業委托課題:含油巖屑殘渣用于鋪路原料室內改良及現場試驗方案,主研;
[17] 企業委托課題:含油廢物界面特性與油相剝離機理試驗及分析,負責人;
[18] 企業委托課題:工業遺產建筑穩定性評估與防火耐腐蝕復合涂層材料研究,負責人;
[19] 企業委托課題:深水環境下弱膠結土體新型注漿加固材料研發,負責人;
[18] 企業委托課題:樂山大佛巖體劣化評估與修復關鍵技術,主研;
[19] 企業委托課題:白帝城大遺址保護工程,主研;
[20] 企業委托課題:高性能減水劑復配技術研究與應用,負責人;
[21] 企業委托課題:基樁混凝土質量事故評價與分析,負責人;
[22] 企業委托課題:高海拔嚴寒地區隧道混凝土抗凍融性能提升關鍵技術,主研;
[23] 九三學社調研課題,發展綠色-智能建筑工程體系,構建低碳-智慧城市新模式,負責人
研究領域及團隊
科研團隊:先進土木工程材料團隊
研究領域:
(1)先進建筑和土木工程材料方向:智能綠色建材與結構健康監測、纖維增強水泥基復合材料力學行為、3D打印混凝土、特殊功能性材料等;
(2)文物保護方向:石質文物風化劣化行為、文物加固與修復等;
(3)固廢資源化利用方向:工業固體廢棄物回收與利用、“碳中和”綠色工程材料的研發與應用等。
榮譽獎勵
2023,第三屆全國生態混凝土創新設計應用大賽二等獎,中國混凝土與水泥制品協會,排名1;
2023,第一屆全國高校土建類學科優秀學位論文和優秀畢業設計三等獎,中國建筑金屬結構協會,指導老師;
2023,西南石油大學優秀碩士畢業論文,指導教師;
2022,西南石油大學優秀碩士畢業論文,指導教師;
2021,九三學社成都市優秀社員;
2021,西南石油大學優秀本科畢業論文,指導教師。