職 稱:助理研究員
導師資格:/
所屬部門:油氣儲運工程研究所
學科專業:油氣儲運工程
研究方向:油氣管道無損檢測與在線監測技術、油氣儲運系統結構與安全、智能管道
聯系方式:15680627277;[email protected]
聯系地址:610500 四川省成都市新都區新都大道85號西南石油大學
何騰蛟,四川南充人,助理研究員,博士(后)。2023年畢業于西南石油大學,獲油氣儲運工程博士學位。主要從事油氣儲運系統結構與安全、檢測評價、完整性管理、腐蝕防護、智能管道等方面的科研工作,包括油氣管道缺陷非接觸磁檢測理論與技術、主動勵磁三維應力定量表征與智能監測、復雜荷載管道完整性評價、內外腐蝕直接評價技術等。主研國家自然科學基金面上項目2項,四川省自然科學基金面上項目1項,校企合作橫向科研課題十余項;發表學術論文34篇,其中SCI、EI論文20篇(累積影響因子超70);授權發明專利17件,包括美國發明專利2件;擔任《ISA TRANSACTIONS》等SCI期刊的審稿專家。
(1)教育經歷
●2013.09-2017.06 西南石油大學,油氣儲運工程,學士
●2017.09-2020.07 西南石油大學,油氣儲運工程,碩士
●2020.09-2023.08 西南石油大學,油氣儲運工程,博士
(2)工作經歷
●2024.03-至今 西南石油大學石油與天然氣工程學院,博士后
●國家自然科學基金面上項目,52174062,基于主動勵磁的鋼質管道三維應力定量表征與智能監測研究,2022.01-2025.12,主研
●國家自然科學基金面上項目,51674212,鋼質管道缺陷地面漏磁場定量表征方法與實驗研究,2017.01-2020.12,主研
●四川省科學技術廳面上項目,2023NSFSC0420,山地油氣管道復雜荷載力磁響應機理與智能監測研究,2023.01-2024.12,主研
●中國石油規劃總院,油氣管道評價和管理軟件開發,2022.10-2023.02,主研
●中國石油西南油氣田公司,相國寺儲氣庫注采站場工藝管道彎頭沖蝕區域快速篩查方法與應用研究,2022.06-2022.12,主研
●四川長寧天然氣開發有限責任公司,長寧區塊轉供水鋼制管線腐蝕缺陷檢測,2022.04-2022.10,主研
●中國石油新疆油田公司,油氣田管道和站場完整性管理效能評價體系研究,2021.08-2022.08,主研
●山東省天然氣管道有限責任公司,車輛荷載作用下穿越公路管段極限承載能力分析研究,2020.12-2021.12,主研
●中國石油規劃總院,高風險裝置設施檢測評價管理技術研究,2020.12-2021.12,主研
●國家管網集團西南管道有限責任公司,中緬天然氣管道18處應力異常管段檢測,2020.09-2021.01,主研
●國家管網集團西南管道有限責任公司,2020年南寧輸油氣分公司異常焊口磁應力檢測,2020.09-2021.01,主研
●國家管網集團西南管道有限責任公司,中緬天然氣管道失效對相鄰管道的影響與防控技術研究,2020.09-2021.12,主研
●山東省天然氣管道有限責任公司,淄萊線、山東LNG干線平度-萊西段管道內腐蝕分析與研究,2019.08-2020.12,主研
(1)期刊論文
●HE T,LIAO K,HE G,et al. Quantitative study on magnetic-based stress detection and risk evaluation for girth welds with unequal wall thickness of high-grade steel pipelines[J]. Journal of Natural Gas Science and Engineering,2022,108:104825.
●HE T,LIAO K,TANG J,et al. Quantitative study of sensor-pipe distance in noncontact magnetic detection of ferromagnetic pipelines[J]. IEEE Sensors Journal,2023,23(7):7879-7894.
●HE T,JIANG X,WANG Y,et al. Experimental research on the thermal and mechanical response of flowing pipelines under the horizontal jet flame[J]. Process Safety and Environmental Protection,2023 108:35-52.
●HE T,LIU Y,LIAO K,et al. A novel liquid pipeline internal corrosion direct evaluation technology and the application on the water pipeline[J]. Engineering Failure Analysis,2024,158:108053.
●HE T,LIAO J,LIAO K,et al. Quantitative research on stress failure risk assessment for girth welds with unequal wall thickness of the X80 pipeline under lateral load[J]. International Journal of Pressure Vessels and Piping,2024,208:105124.
●HE T,LIAO K,LENG J,et al. A novel non-contact,magnetic-based stress inspection technology and its application to stress concentration zone diagnosis in pipelines[J]. Measurement Science and Technology,2023,34(9):095001.
●HE T,LIAO K,HE G,et al. Study on remote magnetic detection technology for external defects of small-diameter pipelines[J]. Journal of Pipeline Systems Engineering and Practice,2024,15(1):04023046.
●HE G,HE T,LIAO K,et al. Experimental and numerical analysis of non-contact magnetic detecting signal of girth welds on steel pipelines[J]. ISA Transactions,2022,125:681-98.
●XIA G,LIAO K,HE T,et al. Numerical analyses of the stress and ultimate bearing capacity for small-diameter gas pipelines under multiple-wheel heavy vehicle[J]. Journal of Pipeline Systems Engineering and Practice,2023,14(4).
●QIN M,LIAO K,HE G,HE T,et al. Quantitative risk assessment of static equipment in petroleum and natural gas processing station based on corrosion-thinning failure degree[J]. Process Safety and Environmental Protection,2023,172:144-156.
●LIAO K,LENG J,CHENG Y,HE T,et al. Effect of H2S concentrations on corrosion failure of L245NS steel in CO2-O2-H2S system[J]. Process Safety and Environmental Protection,2022,168:224-238.
●LENG J,TIAN Z,LIAO K,HE T,et al. Localised corrosion failure of an L245N pipeline in a CO2-O2-Cl environment[J]. Corrosion Engineering,Science and Technology,2023,58(4):372-383.
●ZHAO S,LIAO K,HE G,HE T,et al. Application of internal corrosion direct assessment in CO2 slug flow submarine pipelines[J]. Journal of Taibah University for Science,2021,15(1):984-998.
●何騰蛟,廖柯熹,何國璽,等.埋地天然氣管道安全狀態檢測評價技術分析[J].無損檢測,2022,44(7):13-18.
●廖柯熹,何騰蛟,李明紅,等.埋地油氣管道應力集中磁力外檢測技術[J].中國測試,2019,45(12):25-30,55.
●廖柯熹,冷吉輝,何騰蛟,等.一種埋地管道腐蝕缺陷檢測方法[J].腐蝕與防護,2021,42(2):52-55,69.
●廖柯熹,彭浩,何騰蛟,等.埋地管道環焊縫非接觸式磁力檢測技術及應用[J].熱加工工藝,2020,49(23):111-117.
●李博陽,廖柯熹,何國璽,何騰蛟.弱磁檢測技術研究進展與展望[J].電子測量與儀器學報,2022,36(03):1-14.
●朱洪東,廖柯熹,何國璽,何騰蛟,等.山區滑坡管道應力磁檢測技術[J].科學技術與工程,2021,21(23):9856-9863.
●王亮,廖柯熹,何國璽,何騰蛟.地面堆載對高后果區埋地管道承載能力的影響[J].科學技術與工程,2022,22(15):6084-6091.
●趙建華,廖柯熹,賈彥杰,何騰蛟.立式成品油儲罐底板缺陷的聲發射檢測[J].無損檢測,2022,44(5):60-63,70.
(2)學術會議
●HE T,TANG J,LIAO J,et al. Experimental study on the quantitative relationship between the non-contact magnetic signal and detection height of ferromagnetic pipelines[C]. Wuhan,China:4th International Conference on Mechanical Engineering and Materials,2023.
●HE T,LIAO J,LIAO J,et al. Study on the strengthening effect of excitation magnetic field on stress-induced magnetic signal of x80 steels[C]. Wuhan,China:4th International Conference on Mechanical Engineering and Materials,2023.
●HE G,HE T,LIAO K,et al. A novel three-dimensional non-contact magnetic stress inspection technology and its application on LNG pipeline[C]. Calgary,Alberta,Canada:International Pipeline Conference,2020.
●HE G,XIA G,LIAO K,HE T,et al. Stress analysis of crossing highway pipe sections under vehicle load based on the experiment of real-size pipes[C]. Calgary,Alberta,Canada:International Pipeline Conference,2022.
(3)授權專利
●HE T,LIAO K,HE G,et al. Safety pipe loop and method for strain monitoring of mountainous pipelines:US11402194B2[P/OL]. 2022-08-02.
●HE G,HE T,LIAO K,et al. Non-contact real-time stress monitoring method for buried pipelines:US10724906B1[P/OL]. 2022-07-28.
●何騰蛟,何國璽,廖柯熹,等.一種石油儲罐罐壁缺陷磁檢測裝置與方法:202110733253.X[P]. 2022-07-26.
●何騰蛟,廖柯熹,何國璽,等.一種山區管道應變監測安全管環與方法:202011386730.1[P]. 2022-04-05.
●廖柯熹,何騰蛟,何國璽,等.一種山地管道環焊縫非接觸識別定位方法:201811385365.5[P]. 2020-02-28.
●廖柯熹,何騰蛟,何國璽,等.一種埋地管道非接觸式應力實時監測方法:201910541665.6[P]. 2020-02-28.
●廖柯熹,何騰蛟,何國璽,等.一種埋地管道安全狀態監測與預警方法:202010182186.2[P]. 2020-11-10.
●廖德琛,何騰蛟,廖柯熹,等.一種管道缺陷快速磁檢測裝置與方法:202110337441.0[P]. 2021-12-21.
●廖德琛,廖柯熹,何騰蛟,等.一種管道軸向應力快速檢測裝置與方法:202110537235.4[P]. 2021-12-03.
●廖柯熹,朱洪東,何騰蛟,等.管道安全狀態評估方法與階梯式升壓管道安全復產方法:110822297B[P]. 2021-02-02.
●李博陽,廖柯熹,何國璽,何騰蛟,等.一種埋地金屬管道埋深及走向檢測方法:113138421B[P]. 2022-01-28.
●王亮,廖柯熹,何國璽,何騰蛟,等.一種山區管道應變在線監測系統:113155017B[P]. 2022-05-24.
●夏國強,陳小榆,廖柯熹,何騰蛟,等.一種穿越公路管段承載能力分析方法:114444229B[P]. 2022-09-30.
研究領域為油氣儲運系統結構與安全、油氣管道/站場檢測評價、油氣管道完整性管理與智能管道技術。在油氣儲運系統無損檢測與在線監測、腐蝕機理、泄漏、內外腐蝕直接評估方法、緩蝕劑實驗評價、管道流動性安全保障、智能管道技術方面開展基礎理論與應用研究。
安全與智能管道(SSP)團隊由15名教師、36名碩博士生組成,教師中教授6人、副教授5人、講師4人。涵蓋油氣儲運工程、材料工程、安全工程、計算機科學、人工智能、軟件工程、數據科學、算法工程等學科專業。主要研究人員具有海外留學經歷,具有獨立從事一流水平研究并開發具有完全自主知識產權科研產品的能力,同時具有豐富的科研與工程經驗,已培養博士與碩士研究生120余人。
團隊長期從事油氣管道腐蝕與缺陷評價、管道檢測與評價、安全與完整性管理、失效模式識別與機理分析、油氣管道大數據挖掘與數據利用、算法研發與軟件平臺開發等方面的原創性科學研究、技術研發。近5年,獲省部級科技進步獎十余項,發表論文300余篇,專利百余件,軟件著作權50余項;承擔國家自然科學基金項目4項、省部級項目30項、企業合作項目60余項。